MN3E0 / MN4E0Series - Romicon

Type with built-in individual power supply function (AUX) 

Handy for adjusting devices!! 

A random valve can be operated with a separate 

power without disconnecting the existing wiring. 

Individual external input is possible even with the 

reduced wiring manifold.This allows individual valves to 

be operated without stopping the system. 

A random valve can be operated with an external power 

supply while the common wiring is connected. 

The height does not differ with this compact design. 

Application examples 

Use to adjust the product at startup or to facilitate maintenance 

Electrically operate a valve without disconnecting existing wiring 

Electrically shield a valve without disconnecting existing wiring 

*The valve is cut off from the wiring in the manifold when the 

external input socket is inserted, so this can be used as a 

temporary individual shut-off switch. 

271 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 

pressure gauge 

Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow

272 

MN3E0/MN4E0 Series variations 

Number of position solenoid 

Series Note 1 

JIS symbol 

MN3E0 

3 port valves/ 

two 3 port valves 

integrated type 

MN4E0 

4 port valve 

3 port valve 

2 position NC self reset type 2 position NO self reset type 

Two 3 port valves integrated type 

NC/NC type self reset type 

PA 

PR 

PA 

PR 

PA 

PR 

PA 

PR 

a 

b 

a 

b 

a 

b 

a 

b 

a 

a 

Differential pressure 


( spring return ) ( spring return ) 

1(P) 3(R) 

1(P) 3(R) 

N3E010 N3E0110 

N3E020 N3E0210 

1(P) 

4(A) 

2(B) 

Differential pressure ( ) 

1(P) 3(R) 3(R) 

1(P) 

N3E0660 N3E066S0 

2(B) 

1(P) 

4(A) 

1(P) 3(R) 

3(R) 

1(P) 

N3E0670 N3E067S0 

2(B) 

1(P) 

4(A) 

1(P) 3(R) 

3(R) 

1(P) 

N3E0760 N3E076S0 

2(B) 

1(P) 

4(A) 

4(A) 

4(A) 

2 position NC self hold type 2 position NO self hold type 

1(P) 3(R) 

1(P) 3(R) 

3(R) 

1(P) 

N3E0770 N3E077S0 

4 port valve 

2 position single self reset type 


2 position double self hold types 

spring return 

a 4(A) 2(B) 

a 4(A) 2(B) b 

1(P) 3(R) 

1(P) 3(R) 

N4E010 N4E020 

a 4(A) 2(B) b a 4(A) 2(B) b 

1(P) 3(R) 

N4E030 N4E040 

a 4(A) 2(B) b 

1(P) 3(R) 

N4E050 

3(R) 

NC/NO type self reset type 

3(R) 

NO/NC type self reset type 

3(R) 

NO/NO type self reset type 

3(R) 

a 

1(P) 3(R) 

2(B) 

b a 

2(B) 

b 

return 

Differential pressure ( return ) 

Differential pressure ( return ) 

Differential pressure ( ) 

return 

( ) 

PA 

PR 

PA 

PR 

PA 

PR 

PA 

PR 

a 

a 

a 

b 

b 

b 

b 

a 

1(P) 3(R) 

1(P) 

4(A) 

1(P) 

1(P) 

4(A) 

1(P) 

1(P) 

1(P) 

4(A) 

1(P) 

2(B) 

2(B) 

4(A) 

1(P) 

2(B) 

2(B) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 3(R) 

3(R) 

1(P) 

3(R) 

1(P) 

3(R) 

1(P) 

3(R) 

1(P) 

3 position all ports closed 3 position ABR connection 

3 position PAB connection 

NC/NC type self reset type 

( ) 


spring return 

( ) 

NC/NO type self reset type Differential pressure 

spring return 

( ) 

NO/NC type self reset type 


spring return 

NO/NO type self reset type 


( spring return) 

Flow characteristics 

C[dm 3 /(s·bar)] 

0.54 

0.50 

0.54 

0.50 

N4E030 

( ) 

N4E050 

Note 1 Refer to "Self Reset Type" on page 247 for details on the self reset type's operation. 

Note 2 The conversion for the effective sectional area S and acoustic velocity conductance C is S 5.0 X C. 

Note 2 

Voltage 

DC24V 

DC12V

274 

1 

2 

3 

WARNING 

WARNING 

The 4E Series is a pilot operated solenoid valve. The main 

valve will not change even if the manual override is operated 

unless air is supplied to the P port (PA port for external pilot). 

A protective cover for manual override is equipped as a standard. 

The protective cover for manual override is closed when 

the product is shipped, so the manual override is protected 

and cannot be seen at delivery. Open the protective cover 

and operate the manual override. 

Note that the protective cover cannot be closed unless the 

locking manual override is released. 

The non-locking and locking manual override are common. 

The lock is applied when pressed in and turned. Always press 

down first to lock. The manual override could be damaged, 

and air could leak, etc., if turned without pressing in. 

Opening the protective cover for manual override 

Do not apply excessive force when opening or closing the 

protective cover for manual override. Excessive external force 

will result in damage. (Less than 5N) 

Slide type 

Self reset type 

The self reset type valve block solenoid position is available. 

There are two self reset types, the "differential pressure return" and "differential pressure spring return". With either type, the main valve 

returns to the origin (self resets) when OFF. However, if the supply pressure is 0 in the ON state, * The "differential pressure return" type 

will hold the current position, and * The "differential pressure spring return" type will return to the origin with the spring force. 

Select the type according to the interlock specifications of the device in use. 

List of main valve hold/return states 

N3E0 

N4E0 

1/11 

2/21 

66/67/76/77 

66S/67S/76S/77S 

1 

2 

3/4/5 

Pneumatic components 

Safety precautions 

Always read this section before starting use. 

Refer to Page 262 to Page 265 for general precautions. 

Pilot operated 3, 4 port valve MN3E0/MN4E0 series 

Valve type Source pressure down when ON source pressure return Power supply shutdown when ON 

3 port valve single NC/NO self reset type (differential pressure spring return) OFF (origin) travel ON travel OFF (origin) travel 

3 port valve double NC/NO self hold type 

ON position holding ON position holding 

Two 3 port valves integrated type NC/NO self reset type (differential pressure return) 

ON position holding 

OFF (origin) travel 

Two 3 port valves integrated type NC/NO self reset type (differential pressure spring offset) OFF (origin) travel ON travel OFF (origin) travel 

4 port valve 2 position single self reset type (differential pressure spring offset) OFF (origin) travel ON travel OFF (origin) travel 

4 port valve 2 position double self hold type 

ON position holding ON position holding 

4 port valve 3 position 

OFF (origin) travel ON travel OFF (origin) travel 

Manual override 

Operating the manual override 

1 Pushing non-locking type 

Push in the direction of the arrow until there is no movement. 

The manual override will be unlocked when released. 

2 

Pushing locking type 

Push in and then turn 90° in the direction of the arrow. 

The manual override will not be unlocked even when 

released. 

OFF 

WARNING 

Make sure that no one is near the operating cylinder when 

operating the manual override. 

90˚ 

ON

WARNING 

Check valve 

The check valve blocks the back pressure from adjacent air devices, etc. However, the structure does not allow the pressure seal to be 

held continuously so do not use for purposes other than the back pressure block. 

WARNING 

11 

Type with individual power supply function (AUX) 

The polarity of the reduced wiring side and individual power supply side is a plus common. 

Proper operation will not take place if the polarity is mistaken. 

Always use a separate power for the reduced wiring side and the individual power input side. 

If the same power is used, the reduced wiring side's wiring will not be cut off, resulting in incorrect operations. 

Inputting the individual power 

Open the electric cover, and connect the power input socket 

(N4E0- socket assembly S/D). 

WARNING 

11 

When the power input socket is connected, the valve's internal 

wiring will be temporarily separated from the reduced wiring in 

the manifold, so power can be supplied from an external source. 

Shut off when socket is inserted 

b (-) 

COM (+) 

a (-) 

b (-) 

COM (+) 

a (-) 

Manifold internal wiring side AUX terminal side 

Outline of AUX terminal polarity and internal circuit 

Mixed wiring block 

a (-) 

COM (+) 

b (-) 

b 

a 

Valve block upper socket 

insertion diagram 

Socket insertion Fig. 

When using the mixed wiring block specifications by using T*R (right side specifications) for the wiring block, short-circuiting of the signal wires between the wiring 

blocks must be prevented. If the left and right signals are connected, unintentional valve block operation will take place and device damage could occur. 

Lay out the supply/exhaust block N4E0-Q*-C (specifications without internal wiring) between the valve supplied with power from the left 

side and the valve supplied power from the right side. 

2 

4 

6 

8 

10 

T*,TM 

1 

3 

5 

7 

9 

com 

T* 

( TM control stations) 

(T*R control stations) 

Supply and exhaust T*R 

a b com a b com a com 

Without inside 

a b com a b com 

wiring 

com 

Example of incorrect layout The left and right wiring interfere at the center. 

T*,TM 

2 

4 

6 

8 

10 

1 

3 

5 

7 

9 

com 

T* 

TM 

( control stations) 



a b com a b com a com a b com a b com 

9 

8 10 

7 

5 

3 

1 

com 

6 

4 

2 

10 

9 

7 

5 

3 

1 

8 

6 

4 

2 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow 

275

276 

CAUTION 

The external pilot type has a separate pilot air supply. A 6 push 

in joint is used to supply the pilot air, so make sure that the piping 

connection position is correct. Malfunctions could occur if 

the piping is incorrect. 

Port display 

CAUTION 

The surge suppressor enclosed with the solenoid valve is used 

to protect the output contact for that solenoid valve drive. 

There is no protective effect to the other peripheral devices, 

and instead, the devices could be affected by the surge 

(damage, malfunction). In addition, the surge generated by 

other devices could be absorbed, and result in damage or 

accidents such as burning. Observe the following points. 

(1) The surge suppressor functions to limit a solenoid valve 

surge voltage, which can reach several hundred V, to a low 

voltage level that the output contact can withstand. This 

may be insufficient for the output circuit being used, and 

could result in damage or malfunction. Always check 

whether the surge suppressor is acceptable according to 

the surge voltage limit value of the solenoid valve being 

used, the withstand voltage and circuit configuration of the 

output device, and the degree of the return delay time. 

Provide separate surge measures if necessary. The inverse 

voltage surge generated when OFF can be suppressed to 

the following levels. 

Specified voltage Backward voltage value when OFF 

12VDC 

24VDC 




Refer to Page 262 to Page 265 for general precautions. 


Applications Display (ISO standards) 

Pilot air Pilot air supplying port 12/14 

The A/B ports and the R port cannot be pressurized. 

Caution for using type with two 3-port valves integrated type 

When two 3-port valves are built-in, the valving element is 

operated with the main (P port) supply pressure. 

* Make sure that the main pressure (P port) is higher than 

the pilot pressure (PA port). 

* Make sure that the main pressure (P port) does not drop 

below 0.2MPa. 

Approx. 27V 

Approx. 47V 

External pilot piping port 

External pilot 12/14 (PA) port 

Surge suppressor 

Exhaust 3 (R) port 

Air supply 1 (P) port 

The external pilot supply port is the 6 push in 

joint on the top of the supply/exhaust block. 

(2) When using the NPN type output unit, the voltage given in 

the left table and a surge voltage equivalent to the power 

voltage could be applied on the output transistor. Always increase 

the contact protection circuits in this case. 

 

Programmable 

controller side 

Solenoid valve side 

 

Programmable 

controller side 

Solenoid valve side

(3) If another device or solenoid valve is connected in parallel to 

the solenoid valve, the inverse voltage surge generated when 

OFF will be applied on those devices. Even when using the 

solenoid valve for surge suppressor for 24VDC, the surge 

voltage may reach minus several ten V depending on the 

model. This inverse polarity voltage could damage or cause 

the other devices connected in parallel to malfunction. Avoid 

parallel connection with a device having a weak inverse polarity 

voltage (example: LED indicator). 

When driving several solenoid valves in parallel, the surge 

from the other solenoid valves could flow into the surge suppressor 

for one solenoid valve with surge suppressor, causing 

that surge suppressor to burn. 

Even when driving several solenoid valves with surge suppressors, 

the surge current will concentrate to the surge suppressor 

having the lowest limit voltage, and could result in 

similar burning. Even if the solenoid valve type is the same, 

CAUTION 

CAUTION 

The 4E Series is dedicated for mounting on the DIN rail. The 

manifold could drop off or be damaged if not installed correctly. 

If the manifold weights more than 1kg, or when using 

in an environment with vibration or impact, fix the DIN rail 

onto the mounting surface at a 50 to 100mm interval, and 

confirm that there is no problem with the mounting state before 

starting operation. Use the specifications to calculate the 

weight. Also calculate the weight of the other devices which 

are mounted. (Refer to page 280 for the weights.) 

SCPD2 

SCM 

the surge suppressor limit voltage is inconsistent and in the 

worst case could result in burning. Avoid parallel drive of sev- MDC2 

eral solenoid valves. 

(4) The surge suppressor incorporated in the solenoid valve SMD2 

will often be short-circuited if it is damaged by an excessive 

voltage or excessive current from the other solenoid SSD 

valves. After damaged, a large current will flow when the 

output turns ON, and in the worst case, the output circuit or STS/L 

solenoid valve could be damaged, or fires could start. Do 

not leave the solenoid valve energized in the faulty state. LCS 

Do not energize while the products failure. 

Provide an overcurrent protection circuit on the power or 

STR2 

drive circuit, or use a power supply with overcurrent 

protection so that a large current does not flow continu- MRL2 

ously. 

GRC 

Port filter 

The port filter prevents the entry of foreign matter, and prevents trouble from occurring in the manifold (mesh diameter 0.3mm). This 

does not improve the quality of the compressed air, so always read the Warnings and Precautions given on pages 262 to 265, and 

mount, install and adjust the filter. 

Do not remove or press the port filter with force as it could deform or trouble could occur. 

If dirt or foreign matter is found on the filter surface, blow lightly with compressed air, or remove with tweezers, etc. 

Supply/exhaust block 

Filter 

Valve block 

AB port filter 

(Option) 

Mounting the manifold 

DIN rail 

Set screw 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow 

277

278 

CAUTION 

Type with low heat-generating, energy saving circuit 

Never use this valve in an environment where the vibration and impact exceed the specifications. 

The valve could malfunction. 

Individual specifications for type with low heat-generating, energy saving circuit 

Energizing current A 

Power consumption W 

Descriptions 

At starting 

At holding 

At starting 

At holding 




Refer to Page 262 to 265 for general precautions. 


With the type with low heat-generating, energy 

saving circuit, the current limit circuit is built into 

the valve block. The current valve when the coil 

is suctioned and held is lowered with this 

structure. 

Only the plus common polarity is available. 

24DC 

12DC 

24DC 

12DC 

24DC 

12DC 

24DC 

12DC 

0.025 

0.050 

0.013 

0.025 

0.6 

0.3 

+ 

- 

V 

I 

Control circuit 

50ms

280 

Structure and materials restriction 

P7 series 

Common specifications 

Descriptions 

Content 

Manifold structure 

Block manifold 

Manifold type 

Common supply/common exhaust check valve integrated Note 1 

Working fluid 

Compressed air 

Valve type, operator type 

Pilot operated soft spool valve 

Max. working pressure MPa 

0.7 

Min. working pressure MPa 

0.2 

Withstanding pressure MPa 

1.05 

Ambient temperature 

5 to 55 

Fluid temperature 

5 to 55 


Lock/non-locking common type 

Lubrication 

Not required 

Protective structure 

Dust proof 

Vibration/impact m/s 50 or less/300 or less 

Not to be subject to corrosive gas 

2 

Working environment 

Note 1 The check valve blocks the back pressure from adjacent air devices, 

etc. However, the structure does not allow the pressure seal to be 

held continuously so do not use for purposes other than the back 

pressure block. 

Individual specifications 

Descriptions 

Port 3 port valve 

Port size 

Port A/B 

Port P/R 

External pilot port 

2 position Single 

20 or less 

Response time Double 

12 or less 

Note 1 ms 3 position 

- 

Mass 

Wiring block 

Valve block 

End block 

DIN rail 

(g) 


(g) 

Joint lateral 

Joint up 

(g) 

(g) 

(g) 

Structure 

Exhaust 

treatment 

Joint lateral 

Joint up 

Model No. 

P70 

D sub-connector type 

T30 

67 

Q/QZ 

64 

90 

2 position single 

47.5 

54.5 

ER/EL 

40 

- 

0.9g/mm 

Reduced wiring block manifold 

Pilot operated 3, 4 port valve 

MN3E0 / MN4E0 Series 

Refer to [European standards products 

guides] for details. 

Note 1 The response time is for the 0.5MPa supply pressure, pre-lubricating type. 

Note 2 The valve with two 3-port valves uses the main pressure to operate the valving element, and cannot be used with the external pilot. 

Make sure that the supply air flow is sufficient so that the supply pressure does not drop below the minimum working pressure due to the operation of 

the connected load (air operated valve), etc. 

Flat cable connector type 

T5* 

59 

QK 

69 

94 

2 position double 

52 

59 

Electrical specifications 

Descriptions 

Rated voltage 

Rated voltage fluctuation range 

24VDC 

Rated current A 

12VDC 

24VDC 

Power consumption W 

12VDC 

Heat resistance class 

Surge protective circuit 

Indicator 

Note 2 The values in parentheses are for the type with low heat-generating, 

energy saving circuit. 

When using the valve block with individual power supply function 

(AUX) or type with low heat-generating, energy saving circuit, 

energizing is limited to the plus common. 

4 port valve 

Two 3 port valves integrated type Note 2 

4, 6 push-in joint, M5, fiber tube 

6, 8 push-in joint 

6 push-in joint 

- 

20 or less 

12 or less 

12 or less 

- 

20 or less 

- 

Intermediate wiring block 

TM1A TM1C TM52 

32 32 34 

QKZ 

79 

98 

3 position 

53.5 

60.5 

Refer to a file list of Ending 75. 

Content 

12, 24 DC 

10% 

(+10%, -5% when using serial transmission) 

0.025 (0.013) Note 2 

0.05 (0.025) Note 2 

0.6 (0.3) Note 2 

B 

Surge suppressor 

LED 

QX 

56 

62 

Two 3 port valves integrated type 

52 

59 

Serial transmission 

T6* 

205 

T7* 

128 

QKX 

61 

66

Flow characteristics 

Manifold energizing maximum station number. 

Descriptions 

D sub-connector type T30 

(25 pins) 

T30R 

T50 

T50R 

T51 

Flat cable 

T51R 

connector type T52 

T52R 

T53 

T53R 

TM1A 

Intermediate wiring 

TM1C 

block type 

TM52 

T6A0 

T6A1 

T6C0 

T6C1 

Serial transmission type T6E0 

(With unit) 

T6E1 

T6J0 

T6J1 

T6K1 

T6G1 

T7D1 

Serial transmission type T7D2 

(Adherence type) T7G1 

T7G2 

Note 1 RITS connector 6P (1473562-6) Tyco Electronics 

Slave unit specifications 

Descriptions 

T6C1 

T6C0 

D sub-connector type left spec. 

D sub-connector type right spec. 

20 pin flat cable connector left spec. (with power supply terminal) 

20 pin flat cable connector right spec. (with power supply terminal) 

20 pin flat cable connector left spec. (Without power supply terminal) 

20 pin flat cable connector right spec. (Without power supply terminal) 





RITS connector 6P X 2 Note 1 

RITS connector 6P Note 1 

10 pin flat cable connector 

UNIWIRE SYSTEM 8 points 

UNIWIRE SYSTEM 16 points 

OMRON CompoBus/S 8 point 

OMRON CompoBus/S 16 point 

SUNX S-LINK 8 point 

SUNX S-LINK 16 point 

UNIWIRE H system 8 points 

UNIWIRE H system 16 points 

KEYENCE KZ-R 

CC-Link 

DeviceNet 16 point 

DeviceNet 32 point 

CC-Link 16 point 

CC-Link 32 point 

T6G1 Note 1 T6K1 

C [dm 3 /(s·bar)] 

3 port valve 2 position 

0.54 

0.12 

2 position 

0.54 

0.12 

4 port valve All ports closed 

0.50 

0.08 

3 position A/B/R connection 

0.54 

0.12 

P/A/B connection 

0.50 

0.11 

Two 3 port valves integrated type 2 position 

0.50 

0.16 

Note: The conversion for the effective sectional area S and acoustic velocity conductance C is S 5.0 X C. 

T6A1 

T6A0 

Double 

solenoid 

(Double wiring) 

12 stations 

12 stations 

8 stations 

8 stations 

9 stations 

9 stations 

4 stations 

4 stations 

12 stations 

12 stations 

5 stations 

2 stations 

4 stations 

4 stations 

8 stations 

4 stations 

8 stations 

4 stations 

8 stations 

4 stations 

8 stations 

8 stations 

8 stations 

8 stations 

16 stations 

8 stations 

16 stations 


Single 

solenoid 

24 stations 

24 stations 

16 stations 

16 stations 

18 stations 

18 stations 

8 stations 

8 stations 

24 stations 

24 stations 

10 stations 

5 stations 

8 stations 

8 stations 

16 stations 

8 stations 

16 stations 

8 stations 

16 stations 

8 stations 

16 stations 

16 stations 

16 stations 

16 stations 

32 stations 

16 stations 

32 stations 

Mix manifold 

(Solenoid number) 

24 points 

24 points 

16 points 

16 points 

18 points 

18 points 

8 points 

8 points 

24 points 

24 points 

10 points 

5 points 

8 points 

8 points 

16 points 

8 points 

16 points 

8 points 

16 points 

8 points 

16 points 

16 points 

16 points 

16 points 

32 points 

16 points 

32 points 

Specifications 

Power 

voltage 

Unit side 

Valve side 

Communication side 

24V DC 10% 

24V DC+10%-5% 

- 

24VDC 

+10%-5% 

- 

24VDC 10% 

24VDC +10%-5% 

11 to 25VDC 

- 

Unit side 

Current 

consumption 

Valve side 

T6C1: 60mA or less 

100mA or less 

T6C0: 40mA or less 

(When all output ON) 


15mA or less (when all points are OFF.) 

100mA or less 


Consumption current 

of valve not included 

60mA or less 


Consumption current 

of valve not included 

T7D1: 60mA or less T7G1: 65mA or less 

T7D2: 85mA or less T7G2: 90mA or less 

(When all output ON) (When all output ON) 

15mA or less (when all points are OFF.) 

Communication side 

- 

- 

50mA or less 

- 

Output no. 

T6C1: 16 point 

T6C0: 8 point 

16 points 

T6A1:16 point 

T6A0: 8 point 

T6J1: 16 point 

T6J0: 8 point 

T6E1: 16 point 

T6E0: 8 point 

T7D1: 16 point 

T7D2: 32 point 

T7G1: 16 point 

T7G2: 32 point 

T6C1: 2 node address 

T6A1: T6J1: 

Occupied number 

(8 points mode) 

T6C0: 1 node address 

1 station 

Output 16 points 

1 channel 

T6A0: 

Output 16 points 

T6J0: 

T6E1: FAN-in: 3 

T6E0: FAN-in: 3 

T7D1: 2 byte 

T7D2: 4 byte 

T7G1: 1 station 

T7G2: 1 station 

(8 points mode) 

Output 8 points Output 8 points 

Note 3 

T6J1 

T6J0 

T6E1 

T6E0 

T7D1 Note 2 

T7D2 

Note 1: CC-Link is version 1.10. 

Note 2: Contact CKD for information on the EDS file.(EDS file: Text file of parameters for communicating with each company's master.) 

Note 3: FAN-In indicates the input capacity from the D-G line.(Required to calculate the number of connected units.) 

b 

Page 

282 

284 

T7G1 Note 1 

T7G2 

281 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


282 

How to order manifold 

Valve block discrete 

N 3 E0 66 0 C4 


F 3 

M N 4 E0 1 0 C4 T53 W F 5 3 

DIN rail 

mount type 

C Port size 

D sub/flat cable connector 

3 port valve 

P70 

P70 

D Wiring F Option H Voltage 

method G Station No. Clean room specifications 

E Terminal/connector pin array 

Two 3 port valves integrated type (Note 1) 

4 port valve 

*Refer to Page 284 for serial transmission type. 

*Always fill out the manifold specification 

sheet (Page 319). 

Symbol Descriptions 

A Valve type 

A Valve type 

3 3 port valve, Two 3 port valves integrated type 

4 4 port valve, 3/ 4 port valve mix 

B Solenoid position 


(Note 6) 

1 

11 

Single NC self reset type 

Single NO self reset type 

(Differential pressure spring offset) 

2 Double NC self hold type 

21 Double NO self hold type 

66 

A side valve: NC self reset type (Differential pressure return) 

66S B side valve: NC self reset type (Differential pressure spring offset) 

67 

A side valve: NC self reset type (Differential pressure return) 

67S B side valve: NO self reset type (Differential pressure spring offset) 

76 

A side valve: NO self reset type (Differential pressure return) 

76S B side valve: NC self reset type (Differential pressure spring offset) 

77 

A side valve: NO self reset type (Differential pressure return) 

77S B side valve: NO self reset type (Differential pressure spring offset) 

1 

2 position single self reset type (Differential pressure spring return) 

2 2 position double self hold type 

3 3 position all ports closed 

4 3 position A/B/R connection 

5 3 position P/A/B connection 

8 Mix manifold 

C Port size 

C4 4 push-in joint lateral 


Note on model no. selection 

Note 1: The type with two 3-port valves cannot 

be used with the external pilot type. 

Contact CKD for the other working 

conditions. 

CL4 

CL6 

CF 

M5 

CX 

4 push-in joint radial 

6 push-in joint radial 

Fiber tube joint 

M5 female thread (non rotating) 

Mix push-in joint 

Note 2: Check the connector pin layout 

(example) given on pages 300 to 307 

D Wiring method 

for the double wiring specifications. Refer to the following page for the wiring method. 

When ordering a single valve block, the 

double wiring designation is limited to E Terminal/connector pin array 

the 2-position single for the 4-port 

valve, and the 3-port valve. 

Note 3: Energizing is limited to the plus 

Blank 

W 

Standard wiring 

Double wiring (Note 2) 

common. 

E and U cannot be selected 

simultaneously. 

Note 4: A filter (for preventing entry of foreign 

F Option 

E Low exoergic/energy saving circuit integrated type (Note 3) 

U Individual electric supply function integrated (AUX) type (Note 3) 

matter) is incorporated in the 

supply/exhaust block's P port. 

Note 5: Differs according to the 

A 

F 

Ozone proof products 

A/B port filter integrated (Note 4) 

specifications.Check on page 281. 

Note 6: Read the precautions given on page 

274 for the self reset type 

specifications. 

G Station No. 

1 1 station 

to to 

24 24 stations (Note 5) 

H Voltage 

3 24VDC 

4 12VDC 


Type 


Block manifold

[List of wiring connection methods] 


T30 25 pin D sub-connector left spec. 

T30R 25 pin D sub-connector right spec. 

T50 20 pin flat cable connector left spec. (with power supply terminal) Note 7 

T50R 20 pin flat cable connector right spec. (with power supply terminal) Note 7 

T51 20 pin flat cable connector left spec. 

T51R 20 pin flat cable connector right spec. 





TM1A Intermediate wiring block RITS connector 6P X 2 Note 8 

TM1C Intermediate wiring block RITS connector 6P Note 8 

TM52 Intermediate wiring block 10 pin flat cable connector 

TX Wiring block mix Note 9 

Explanation of manifold components and part list 

Example of key component models 

Parts name 

Wiring block 

Valve block 

List of related parts 

Parts name 

Cartridge type push-in joint 

and related parts 

Model no. (example) 

N4E0-T30-P70 

N4E020-C4-3-P70 

N4E030-C4-3-P70 

Valve block 

Wiring block 

(Fig. shows D sub-connector.) 

Model no. 

N4E0-JOINT-C4-P70 


N4E0-JOINT-CL4-P70 


(Refer to Page 292 to 299 for details.) 

Parts name 


End block 


D sub/flat cable connector manifold structure 

Note 7: When mixing the connectors with the T50 or T50R type with power terminal, 

only T50R can be combined with T50, and T50 with T50R. 

Note 8: RITS connector 6P (1473562-6) Taiko Electronics Amp CO., Ltd. 

Note 9: Two pieces are designated in the manifold specifications.Consult with CKD 

for three or more. 

Valve block 

Intermediate wiring block 

Parts name 




End block 


N4E0-Q-8-P70 

N4E0-ER-P70 

Model no. 

N4E0-JOINT-CF-P70 

N4E0-JOINT-CPG-P70 

283 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


284 

How to order manifold 


N 3 E0 66 0 C4 


M N 4 E0 1 0 C4 T6G1 W F 5 3 

DIN rail 

mount type 

A Valve type 

C Port size 


(Note 6) 

Note on model no. selection 

Note 1: The type with two 3-port valves cannot 

be used with the external pilot type. 

Contact CKD for the other working 

conditions. 

Note 2: Check the connector pin layout 

(example) given on pages 308 and 311 

for the double wiring specifications. 

When ordering a single valve block, 

the double wiring designation is limited 

to the 2-position single for the 4-port 

valve, and the 3-port valve. 

Note 3: Energizing is limited to the plus 

common. 

E and U cannot be selected 

simultaneously. 

Note 4: A filter (for preventing entry of foreign 

matter) is incorporated in the 

supply/exhaust block's P port. 

Note 5: Differs according to the 

specifications.Check on page 281. 

Note 6: Read the precautions given on page 

274 for the self reset type 

specifications. 

Serial transmission 

F 3 

Symbol Descriptions 

A 

Valve type 

3 

4 

*Refer to Page 282 for D sub-connector/flat cable connector type. 

3 port valve, Two 3 port valves integrated type 

4 port valve, 3/4 port valve mix 

3 port valve 

P70 

P70 

D Wiring method F Option H Voltage 

(Serial transmission) G Station No. Clean room 

E Terminal/connector pin array specifications 


1 

11 

Single NC self reset type 

Single NO self reset type 

(Differential pressure spring offset) 

2 Double NC self hold type 

21 Double NO self hold type 

66 

A side valve NC self reset type (Differential pressure return) 

66S B side valve NC self reset type (Differential pressure spring offset) 

67 

A side valve NC self reset type (Differential pressure return) 

67S B side valve NO self reset type (Differential pressure spring offset) 

76 

A side valve NO self reset type (Differential pressure return) 

76S B side valve NC self reset type (Differential pressure spring offset) 

77 

A side valve NO self reset type (Differential pressure return) 

77S B side valve NO self reset type (Differential pressure spring offset) 

1 

2 position single self reset type (Differential pressure spring offset) 

2 2 position double self hold type 

3 3 position all ports closed 

4 3 position A/B/R connection 

5 3 position P/A/B connection 

8 Mix manifold 

C Port size 



CL4 4 push-in joint radial 

CL6 6 push-in joint radial 

CF Fiber tube joint 

M5 M5 female thread (non rotating) 

CX Mix push-in joint 


Refer to the following page for the wiring method. 

E Terminal/connector pin array 

Blank Standard wiring 

W Double wiring (Note 2) 

F Option 

E 

U 

A 

F 

4 port valve Two 3 port valves integrated type (Note 1) 

Low exoergic/energy saving circuit integrated type (Note 3) 

Individual electric supply function integrated (AUX) type (Note 3) 

Ozone proof products 

A/B port filter integrated (Note 4) 

G Station No. 

1 1 station 

to to 

32 32 stations (Note 5) 

H Voltage 

3 24VDC 

*Always fill out the manifold specification 

sheet (Page 319). 


Type 


Block manifold

[List of wiring connection methods] 


T6A0 UNIWIRE SYSTEM 8 points 

T6A1 UNIWIRE SYSTEM 16 points 

T6C0 OMRON CompoBus/S 8 points 

T6C1 OMRON CompoBus/S 16 points 

T6E0 SUNX S-LINK 8 points 

T6E1 SUNX S-LINK 16 points 

T6J0 UNIWIRE H system 8 points 

T6J1 UNIWIRE H system 16 points 

T6K1 KEYENCE KZ-R 

T6G1 CC-Link 

T7D1 Close range type Device Net 16 points 

T7D2 Close range type Device Net 32 points 

T7G1 Close range type CC-Link 16 points 

T7G2 

Close range type CC-Link 32 points 

Manifold components explanation and parts list 

Example of main components model no. (Refer to Page 292 to 299 for details.) 

Parts name 

Wiring block 

Valve block 

Related parts list 

Parts name 




N4E0-T6G1-P70 

N4E020-C4-3-P70 

N4E030-C4-3-P70 

Model No. 





Valve block 

Wiring block 

(Serial transmission slave unit T6*) 

Valve block 

Parts name 


End block 

Parts name 




Serial transmission manifold structure 


End block 

Wiring block 

(Serial transmission slave unit 

(close range type) T7*) 


N4E0-Q-8-P70 

N4E0-ER-P70 

Model No. 

N4E0-JOINT-CF-P70 

N4E0-JOINT-CPG-P70 

285 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow

MN 3 4E0-T30 Series 

Reduced wiring block manifold D sub-connector type 

286 

Dimensions 

3 

MN 4 E0*-*-T30*-*-*-P70 

D sub-connector (T30) type 

* The D-sub connector can be 

faced to the top or bottom. 

* Refer to page 291 for details 

on changing the connector direction. 

Manifold length 

L1 mm 

Mounting rail length 

L2 mm 

Mounting rail pitch 

L3 mm 

32.8 

3 

MN 4 E0*-*-T30R*-*-*-P70 

D sub-connector right type 

(T30R) 

34.5 

77 

46.5 (3 position) 

40 

20.5 13.7 

35 

5.5 

6.9 (M5 cartridge) 

90˚ 

Push-in joint 4, 6, fiber tube, 

M5 cartridge (selection) 2 (B) port 


M5 cartridge (selection) 4 (A) port 

12.5 8 18.5 10 10 

Indicator light 

15.5 6.6 9.3 

a 

a a b a b a 

L1=(10 X n)+(15.5 X m)+42.4 

(n: valve block Station No., m: Number of Supply/exhaust block) 

L3=L2-12.5 

L2 


Connection key 

*Refer to page 290 for the outline dimension drawings of the L type push in joint for 

valve block (radial), L type push in joint for air fiber joint and supply/exhaust block (radial), 

and type with individual power supply function (AUX). 

15.7 17 

49.5 

27.5 

No. 

1 

2 

3 

4 

40 

Push-in joint 6, 8 (selection) 

3 (R) port 


1 (P) port 

0.5 

Part name 

Wiring block T30 

Valve block 


End block 

to 75 to 87.5 to 100 to 112.5 to 125 to 137.5 to 150 to 162.5 to 175 to 187.5 to 200 to 212.5 to 225 to 237.5 to 250 to 262.5 to 275 to 287.5 to 300 to 312.5 to 325 to 337.5 to 350 

100 

87.5 

112.5 

100 

125 

112.5 

137.5 

125 

150 

137.5 

40 

0.5 

162.5 

150 

9.1 (push-in joint 4) 


175 

162.5 

77 








187.5 

175 

35 

5.5 


13.7 

20.5 

200 

187.5 


12.5 9.3 6 10 10 

15.5 19.1 8 Manual override section 

212.5 

200 

225 

212.5 

1 2 3 4 

L 1=(10 X n)+(15.5 X m)+42.4 

(n: valve block Station No., m: Number of Supply/exhaust block) 

L 3 =L 2 -12.5 

237.5 

225 

250 

237.5 

L3 

1 2 3 4 

262.5 

250 

275 

262.5 

90˚ 

287.5 

275 


300 

287.5 

17 

15.7 

14 (push-in joint 6) 


49.5 

27.5 



312.5 

300 

34.5 

325 

312.5 

No. 

1 

2 

3 

4 


3 (R) port 


1 (P) port 

337.5 

325 

32.8 

Part name 

End block 

Valve block 


Wiring block T30R 

350 

337.5 

362.5 

350 

375 

362.5

Dimensions 

3 

MN 4 E0*-*-T50*-*-*-P70 

Flat cable connector left type (T50) 


L1 mm 


L2 mm 


L3 mm 

33.7 

3 

MN 4 E0*-*-T50R*-*-*-P70 

Flat cable connector right type (T50R) 

38.2 

77 


40 

20.5 13.7 

35 

5.5 






MN 3 4E0-T50 Series 

Reduced wiring block manifold; flat cable connector type 

*T51, T52 and T53 are also available.The outline dimensions are the same as T50. 

Refer to page 288 for the connector dimensions. 

12.5 8 18.5 10 10 15.5 6.6 

a 

a a b a b a 

L3=L2-12.5 


L1=(10 X n)+(15.5 X m)+42.4 

(n: Valve block Station No., m: Number of Supply/exhaust block) 

L2 

1 2 3 4 

9.3 

Manual override section 


15.7 17 

49.5 

27.5 


3 (R) port 


1 (P) port 

*Refer to page 290 for the outline dimension drawings of the L type push in joint for 

valve block (radial) and L type push in joint for air fiber joint and supply/exhaust block (radial). 

*The power supply connector can be used with T50 to supply power to the PLC output unit. 

Refer to page 290 for the dimensions when the connector is connected, and to page 301 

for the wiring methods and precautions for wiring. 


12.5 9.3 6 10 10 

15.5 19.1 8 Manual override section 

33.7 

No. 

1 

2 

3 

4 

40 

0.5 

Part name 

Wiring block T5* 

Valve block 


End block 


100 

87.5 

112.5 

100 

125 

112.5 

137.5 

125 

40 

0.5 

150 

137.5 

162.5 

150 



175 

77 



162.5 

6.9 (M5 cartridge) 35 

5.5 


20.5 13.7 





187.5 

175 

200 

187.5 

212.5 

200 

a a a b a b a 

L 1=(10 X n)+(15.5 X m)+42.4 

(n: Valve block Station No., m: Number of Supply/exhaust block) 

L 3 =L 2 -12.5 

225 

212.5 

237.5 

225 

L 3 

1 2 3 4 

250 

237.5 

262.5 

250 

275 

262.5 

287.5 

275 

300 

287.5 

15.7 17 




27.5 49.5 



312.5 

300 

30.9 

325 

312.5 

No. 

1 

2 

3 

4 


3 (R) port 


1 (P) port 

337.5 

325 

Part name 

End block 

Valve block 


Wiring block T50R 

350 

337.5 

362.5 

350 

375 

362.5 

287 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow

MN 3 4E0-TM Series 

Intermediate/right wiring block 

Dimensions 

288 

Flat cable connector (T51R/T52R/T53R): connector section dimensions 

T51R T52R T53R 

19.1 8 

43.3 

40 

TM1C 

TM52 


L1 mm 


L2 mm 


L3 mm 


100 

87.5 

30.9 

112.5 

100 

12 

57.3 

40 12 

125 

112.5 

33.7 

3 

A 

MN 4 E0*-*-TM1 C *-*-*-P70 

RITS connector intermediate wiring specification (TM1 ) 

3 

MN 4 E0*-*-TM52*-*-*-P70 

10-pin flat cable connector intermediate wiring specification (TM52) 

137.5 

125 

43.3 

40 

0.5 

TM1A 

150 

137.5 

162.5 

150 

175 

77 



162.5 

35 

5.5 

20.5 13.7 

187.5 

175 

12.5 





200 

187.5 

9.3 6 12 10 

212.5 

200 

225 

212.5 

L3=L2-12.5 

237.5 

225 

AUX power supply input 

Connection key 15.5 6.6 9.3 

L1=(10 X n)+(15.5 X m)+43.2 

(n: Number of valve block, m: number of Supply/exhaust block) 

L2 

4 1 2 3 5 

250 

237.5 

262.5 

250 

275 

262.5 

*Right connector type is shown in this drawing. 

Dimension are the same for the left connector type. 

19.1 8 

33.7 

19.1 8 33.7 

A 

C 

36.6 

287.5 

275 

8 

Manual override section 

300 

287.5 

49.5 

27.5 



15.7 17 

34.5 

312.5 

300 

325 

312.5 

No. 

1 

2 

3 

4 

5 

337.5 

325 

Part name 


3 (R) port 


1 (P) port 

Intermediate wiring block TM1A 

Valve block 


End block 

End block 

350 

337.5 

362.5 

350 

375 

362.5


290 

Dimensions 

Various piping block section (common for all types) 

Valve block 

Radial push-in joint (upward) 

4 (CL4) 6 (CL6) 

8.5 

10.5 

24 

34.5 36.5 

48 

50 


Radial push-in joint (upward) 

6 (CL6) 8 (CL8) 

34 

51 

7 

17 

13 

36 

12 

11.5 

36.5 

53.5 

9.5 

10.5 

Feed connector 

(attached to the product) 

18 

Applicable wire 

AWG28-20 

25 

15 

40 

2.9 

Fiber tube joint (CF) 

Supply/exhaust block for external pilot 

48.5 

8.5 

Upward piping Sideways pipe 

T50 load dispatching connector joint dimension Individual electric supply function integrated (AUX) type 

34.5 

45.8 

AUX cover open 

Socket insertion state 

53 

(18) 

45.8

D-sub connector (T30, T30R): Changing the connector direction 

Using in a horizontal state Using in a vertical state 

Hold the lever and pull the connector 

out horizontally. 

Push the connector in horizontally 

when storing it. (Fix the connector.) 

Rotate the connector. 

Always fix the connector in 

the horizontal or vertical state 

during use. 


Reduced wiring block manifold; serial transmission type 

Hold the lever and pull the 

connector out vertically. 

Push the connector in 

horizontally when storing 

it. (Fix the connector.) 

291 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow

H 

I 

N4E0 JOINT C4 P70 

N4E0 Q JOINT 8 


Block configurations 

This joint is dedicated for the valve block and supply/exhaust block PA port. 

This cannot be used on the supply/exhaust block's P or R port. 

Use the above valve block joint for the pilot pressure supply (for PA). 

A Port size 

A Port size 

Symbol Dimension Symbol Dimension 

C4 Push in cartridge joint for 4 tube 

6 Push in cartridge joint for 6 tube 

C6 Push in cartridge joint for 6 tube 

CL4 

Elbow type push-in cartridge 

joint for 4 tube 

8 Push in cartridge joint for 8 tube 

CL6 

Short elbow type push-in 

cartridge joint for 6 tube 

6L 

Short elbow type push-in 


CLL4 

CLL6 

CF 

Long elbow type push-in 




Cartridge joint for 1.8 tube 

8L 

6LL 



Push in cartridge joint 

for 6 tube 

CPG 

CP 

CM5 

CMB 

CMP 

End block 

Mount the block on the left or right side with the piping port facing forward. 

N4E0 ER 

Model No. 

Plug cartridge 

A Type 

A Type 

EL Left side installation 

ER Right side installation 

Related products 

P70 

Joint fixing plate 

(screw attached for end plate fixing) 

M5 cartridge joint 

(M5 joint non-rotating plate: CMP required for fixing) 

Plug cartridge for M5 

(M5 joint non-rotating plate: CMP required for fixing) 

M5 joint non-rotating plate 


Clean room specifications (Clean packing) 

A Port size 

Clean room specifications 

(Clean packing) 

8LL 

P 

N4E0-EL-P70 N4E0-ER-P70 

Push in cartridge joint Push in cartridge joint for Supply/exhaust block 

Long elbow type push in 


Joint fixing plate 


A Port size 

P70 

Clean room 

specifications 


297 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


298 

I 

Related products 

Socket assembly for power supply 

N4E0 SOCKET D 300 P70 

N4E0 T50 

A Type 

Note 1 

B Lead wire 

length 

Connector for wiring block TM1 (RITS connector 6P) 

N4E0 TM CONNECTOR P70 

Feed connector for T50 power supply terminal 

Applicable wire AWG28-20/0.08 to 0.5mm 

[ ] 

2 

(Commercial item WAGO connector plug 733-102) 

Repair fuse for T50 

( ) 



CONNECTOR P70 

4T9-LM16-P70 Clean room specifications 

( (Clean packing) ) 

[ Daito Communication Apparatus Co., Ltd. LM16 ] 

Clean room specifications (Clean packing) 

A Type 

S 2 wire (for single solenoid) 

D 3 wire (for double solenoid) 

B Lead wire length 

300 300m 

500 500m 

1000 1000m 

"Note 1: The type without lead wire is 3MO-SOCKET-SET-P70. 

(Three contacts enclosed, applicable wire diameter: AWG#26 to 28) " 

Tyco Electronics RITS connector 6P (No. 1473562-6) 


( (Clean packing) ) 

*Applicable wire (tinned wire recommended) 

Coating finish diameter Wire cross-section area 

mm mm 

60/0.08 

2 

Wire number/wire diameter 

wire/mm 

1.0 to 1.15 0.2 to 0.3 

"Contact the following company* for detailed specifications 

on the applicable wire. " 

* Taiko Electronics Amplifier CO., Ltd. Sales Dept. 

*TEL 044-844-8058 URL http://www.amp.com/japan/ 

* Dedicated caulking tool 1596114-1

Cable with D sub-connector 

How to order 

N4T CABLE D 0 0 1 

D sub-connector no. and conductor 

N4T-CABLE-D00-(B)-P70 

D sub-connector terminal no. 

Color of isolator 

Conductor I.D. Type of mark 

Color of mark 




Color of mark 

N4T-CABLE-D01-(B)-P70 




Color of mark 

Mark tube no. 




Color of mark 

Mark tube no. 

A 



User interface 

B 

P70 

Cable length 

D sub-connector 

HDBB-25S 

HIROSE ELECTRIC CO. LTD. 

Plug case 

HDB-CTF 


A 

B 

Symbol 

0 

1 

1 

3 

5 

Model 

N4T 

Cut only 

M3.5 round terminal 

1m 

3m 

5m 

1 2 3 4 5 6 7 8 9 10 11 12 13 

Orange Orange Yellow Yellow Green Green Gray Gray White White Orange Orange Yellow 

1 point 1 point 1 point 1 point 1 point 1 point 1 point 1 point 1 point 1 point 2 points 2 points 2 points 

Black Red Black Red Black Red Black Red Black Red Black Red Black 

14 15 16 17 18 19 20 21 22 23 24 25 

Yellow Green Green Gray Gray White White Orange Orange Yellow Yellow Green 

2 points 2 points 2 points 2 points 2 points 2 points 2 points 3 points 3 points 3 points 3 points 3 points 

Red Black Red Black Red Black Red Black Red Black Red Black 

D sub-connector 

HDBB-25S 


Plug case 

HDB-CTF 


*Up to 24 points can be used. Use surplus points after cutting off. 


Block configurations 

1 2 3 4 5 6 7 8 9 10 11 12 13 

Orange Orange Yellow Yellow Green Green Gray Gray White White Orange Orange Yellow 

1 point 1 point 1 point 1 point 1 point 1 point 1 point 1 point 1 point 1 point 2 points 2 points 2 points 

Black Red Black Red Black Red Black Red Black Red Black Red Black 

1 2 3 4 5 6 7 8 9 10 11 12 13 

14 15 16 17 18 19 20 21 22 23 24 25 

Yellow Green Green Gray Gray White White Orange Orange Yellow Yellow Green 

2 points 2 points 2 points 2 points 2 points 2 points 2 points 3 points 3 points 3 points 3 points 3 points 

Red Black Red Black Red Black Red Black Red Black Red Black 

14 15 16 17 18 19 20 21 22 23 24 25 

299 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


300 

D sub-connector type: Wiring method T30 

T30 connector 

Connectors used for T30 wiring method are generally 

called D-sub connectors. These are commonly used 

for FA and OA devices. The 25P type is an RS-232-C 

Standards designated connector especially used for 

personal computer communication. 

Precautions for using T30 connector type 

(1) Signal arrays of the PLC output unit must match 

signal arrays of the valve side. 

(2) The working power is 24 VDC or 12 VDC. 

(3) The voltage may drop due to simultaneous 

energizing or due to the cable length. Check that 

the voltage drop in the solenoid is within 10% of 

the rated voltage. 

* When using the valve block with individual power 

supply function (AUX) or type with low heat-generating, 

energy saving circuit, energizing is limited to 

the plus common. 

T30 connector pin array (example) 

* 1. The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate 

the first station and 2nd station. The alphabetic characters a and 

b indicate the a side solenoid and the b side solenoid. 

The maximum number of manifold stations differs according to 

the model. 

Refer to the specifications for each model. 

For single 

solenoid valve 

Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 

Valve No. 1a 3a 5a 7a 9a 11a 13a 15a 17a 19a 21a 23a COM 

Pin No. 14 15 16 17 18 19 20 21 22 23 24 25 

Valve No. 2a 4a 6a 8a 10a 12a 14a 16a 18a 20a 22a 24a 

Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 

For double Valve No. 1a 2a 3a 4a 5a 6a 7a 8a 9a 10a 11a 12a COM 


Pin No. 14 15 16 17 18 19 20 21 22 23 24 25 

Valve No. 1b 2b 3b 4b 5b 6b 7b 8b 9b 10b 11b 12b 

For mix 

(both single and double) 

Pin No. 

Valve No. 

Pin No. 

1 

1a 

14 

2 

3a 

15 

3 

4a 

16 

4 

5a 

17 

5 

7a 

18 

6 7 8 9 10 11 12 13 

8a 10a 11b 12b 14a 15b 17a COM 

19 20 21 22 23 24 25 

Valve No. 2a 3b 4b 6a 7b 9a 11a 12a 13a 15a 16a 17b 

*The manifold stations are counted as station 1, station 2, station 3 and so forth starting 

from the wiring block side. The counting direction differs for the T30 and T30R types. 

Station No. 

Station 1 Station 2 Station 3 Station n Station n Station 3 Station 2 Station 1 

1 2 3 4 5 6 7 8 9 10 11 12 13 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Connector pin No. 

14 15 16 17 18 19 20 21 22 23 24 25 

 

1 2 3 4 5 6 7 8 9 10 11 12 13 

1a 2a 3a 4a 5a 6a 7a 8a 9a 10a 11a 12a COM 

14 15 16 17 18 19 20 21 22 23 24 25 

(Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) 

1 2 3 4 5 6 7 8 9 10 11 12 13 

1a 2a 3a 4a 5a 6a 7a 8a 9a 10a 11a 12a COM 

14 15 16 17 18 19 20 21 22 23 24 25 

(Void) (Void) 3b 4b (Void) (Void) 7b (Void) (Void) (Void) 11b 12b

Flat cable connector type: Wiring method T50 

T50 connector 

The connector used for T50 wiring method complies 

with MIL Standards (MIL-C-83503). 

The flat cable pressure welding makes wiring work 

easy. 

Pin number assignment differs with the PLC manufacturer, 

but function assignments are the same. 

Connectors and the triangular mark ( ) shown below 

as a reference. The mark is the reference for both 

the plug and socket. 

Precautions for T50 connector type 


signal arrays of the valve side. Direct connections 

with the PLC are limited. Use the dedicated cable 

fore each PLC manufacturer. 


(3) When connecting the T50 type to a general output 

unit, use the + terminal (20, 10) of the 20P connector 

as the + side common, and use the NPN transistor 

output open collector type for the drive circuit. 

(4) Do not connect this manifold to the input unit as 

major faults could occur in this device and in peripherals. 

Connect this manifold to the output unit. 

(5) The voltage may drop due to simultaneous energizing 

or due to the cable length. Check that the 

voltage drop in the solenoid is within 10% of the 

rated voltage. 

T50 wiring method connector pin array (Example) 

* 1. The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate 

the first station and 2nd station. The alphabetic characters a and 

b indicate the a side solenoid and the b side solenoid. 

The maximum number of manifold stations differs according to 

the model. 


For single 


For double 


For mix 


Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 


from the wiring block side.The counting direction differs for the T50 and T50R types. 

Station No. Station 1 Station 2 Station 3 Station n Station n Station 3 Station 2 Station 1 

(Triangle) 

11 12 13 14 15 16 17 18 19 20 

1 2 3 4 5 6 7 8 9 10 


a a a b a b a 

 

11 12 13 14 15 16 17 18 19 20 

9a 

- power + power 

10a 11a 12a 13a 14a 15a 16a supply supply 

1 2 3 4 5 6 7 8 9 10 

1a 2a 3a 4a 5a 6a 7a 


8a supply supply 

11 12 13 14 15 16 17 18 19 20 

5a 5b 6a 6b 7a 7b 8a 


8b supply supply 

1 2 3 4 5 6 7 8 9 10 

1a 1b 2a 2b 3a 3b 4a 



11 12 13 14 15 16 17 18 19 20 

7a 7b 8a 9a 


10a 10b 11a 11b supply supply 

1 2 3 4 5 6 7 8 9 10 

1a 2a 3a 3b 4a 4b 5a 


6a supply supply 

+COM 

+ - 

Feed connector 

WAG0 connector plug 

733-102 

(attached to the product) 

Repair fuse 

Daito Communication 

Apparatus Co., Ltd. LM16 

(CKD type 4T9-LM16) 

Press down with 

a narrow tool, etc., 

and insert the lead 

wire. 

AWG20 to 28 

Polarity of feed connector How to wire 

11 12 13 14 15 16 17 18 19 20 

1 2 3 4 5 6 7 8 9 10 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 


Technical data (1) Precautions for wiring 

11 12 13 14 15 16 17 18 19 20 


5a (Void) 6a (Void) 7a (Void) 8a (Void) supply supply 

1 2 3 4 5 6 7 8 9 10 


1a (Void) 2a (Void) 3a (Void) 4a (Void) supply supply 

11 12 13 14 15 16 17 18 19 20 

5a (Void) 6a (Void) 7a 7b 


8a (Void) supply supply 

1 2 3 4 5 6 7 8 9 10 

1a (Void) 2a (Void) 3a 3b 4a 



301 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


302 


T51 connector 




easy. 


but function assignments are the same. 

Connectors and the triangular mark ( ) shown below 

as a reference. The ( ) mark is the reference for both 

the plug and socket. 

Precautions for (T51) connector type 




(3) The T51 type is driven with a general output unit. 













The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate the first station and 2nd station. The alphabetic characters a and b 

indicate the a side solenoid and the b side solenoid. The maximum number of manifold stations differs according to the model. Refer 

to the specifications for each model. 


For single 


For double 


For mix 


Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 



a a a b a b a 


COM 

19 

20 

17 

18 

(Triangle) 

11 9 7 5 3 1 

 

19 17 15 13 11 9 7 5 3 1 

COM 17a 15a 13a 11a 9a 7a 5a 3a 1a 

20 18 16 14 12 10 8 6 4 2 

COM 18a 16a 14a 12a 10a 8a 6a 4a 2a 

19 17 15 13 11 9 7 5 3 1 

COM 9a 8a 7a 6a 5a 4a 3a 2a 1a 

20 18 16 14 12 10 8 6 4 2 

COM 9b 8b 7b 6b 5b 4b 3b 2b 1b 

19 17 15 13 11 9 7 5 3 1 

COM 12a 11a 10a 8a 7a 5a 4a 3a 1a 

20 18 16 14 12 10 8 6 4 2 

COM 13a 11b 10b 9a 7b 6a 4b 3b 2a 

15 

16 

13 

14 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

12 

10 

19 17 15 13 11 9 7 

20 18 16 14 12 10 8 

8 

6 

4 

5 

6 

2 

3 

4 

1 

2 

19 17 15 13 11 9 7 5 3 1 

COM 9a 8a 7a 6a 5a 4a 3a 2a 1a 

20 18 16 14 12 10 8 6 4 2 

COM (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) 

19 17 15 13 11 9 7 5 3 1 

COM 9a 8a 7a 6a 5a 4a 3a 2a 1a 

20 18 16 14 12 10 8 6 4 2 

COM (Void) (Void) 7b (Void) (Void) 4b 3b (Void) (Void)


T52 connector 




easy. 


but function assignments are the same. Layout 

using connectors and the triangular mark ( ) shown 

below as a reference. The ( ) mark is the reference 

for both the plug and socket. 





COM 


* The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate 

the first station and 2nd station. The alphabetic characters 

a and b indicate the a side solenoid and the b side solenoid. 

The maximum number of manifold stations differs according 

to the model. 


For single solenoid valve 

For double solenoid valve 

Connector pin array diagram 

(TOP VIEW) 

and internal circuit diagram 

Mark 

8 6 4 2 

For mix (both single and double) 

9 

10 

7 5 3 1 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 
















9 

10 


7 

8 

5 

6 

a a a b a b a 

 

9 7 5 3 1 

COM 7a 5a 3a 1a 

10 8 6 4 2 


9 7 5 3 1 


10 8 6 4 2 

COM 4b 3b 2b 1b 

9 7 5 3 1 

COM 5b 4b 3a 1a 

10 8 6 4 2 




3 

4 

1 

2 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

9 7 5 3 1 


10 8 6 4 2 

COM (Void) (Void) (Void) (Void) 

9 7 5 3 1 


10 8 6 4 2 

COM 4b (Void) (Void) (Void) 

303 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


304 


T53 connector 




easy. 


but function assignments are the same. Layout 

using connectors and the triangular mark ( ) shown 

below as a reference. The ( ) mark is the reference 






Connector pin array diagram (TOP VIEW) and 

internal circuit diagram 

COM 

25 23 21 19 17 15 13 11 9 7 5 3 1 

26 24 22 20 18 16 14 12 10 8 6 4 2 


* The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate 

the first station and 2nd station. The alphabetic characters 

a and b indicate the a side solenoid and the b side solenoid. 


to the model. 



Pin No. 

Valve No. 

Pin No. 

Valve No. 

Mark 

















25 23 21 19 17 15 13 11 9 7 

26 24 22 20 18 16 14 12 10 8 

a a a b a b a 

 

25 23 21 19 17 15 13 11 9 7 5 3 1 

COM 23a 21a 19a 17a 15a 13a 11a 9a 7a 5a 3a 1a 

26 24 22 20 18 16 14 12 10 8 6 4 2 



Pin No. 25 23 21 19 17 15 13 11 9 7 5 3 1 

Valve No. COM 12a 11a 10a 9a 8a 7a 6a 5a 4a 3a 2a 1a 

Pin No. 26 24 22 20 18 16 14 12 10 8 6 4 2 

Valve No. COM 12b 11b 10b 9b 8b 7b 6b 5b 4b 3b 2b 1b 

For mix (both single and double) 

Pin No. 25 23 21 19 17 15 13 11 9 7 5 3 1 

Valve No. COM 16a 15a 14a 12a 10a 9a 8a 7a 5b 4b 3a 1a 

Pin No. 26 24 22 20 18 16 14 12 10 8 6 4 2 

Valve No. COM 16b 15b 14b 13a 11a 9b 8b 7b 6a 5a 4a 2a 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

25 23 21 19 17 15 13 11 9 7 5 3 1 


26 24 22 20 18 16 14 12 10 8 6 4 2 

COM (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) (Void) 

25 23 21 19 17 15 13 11 9 7 5 3 1 


26 24 22 20 18 16 14 12 10 8 6 4 2 

COM (Void) (Void) (Void) 9b 8b 7b (Void) 5b 4b (Void) (Void) (Void) 

5 

6 

3 

4 

1 

2

Intermediate wiring block: Wiring method TM* 

Precautions for wiring method TM 

(1) Signal arrays of the PLC output unit must match signal arrays of the valve side. 


(3) The TM1B type is driven with a general output unit. 

(4) Do not connect this manifold to the input unit as major faults could occur in this device and in peripherals. 


(5) The voltage may drop due to simultaneous energizing or due to the cable length. 

Check that the voltage drop in the solenoid is within 10% of the rated voltage. 

* When using the valve block with individual power supply 

function (AUX) or type with low heat-generating, 

energy saving circuit, energizing is limited to the plus 

common. 

Counting the stations 

The manifold stations are counted from wiring block 

TM to the right with the wiring ports facing forward. 

Wiring method TM1A 

A 

B 

N4E010 

a 

N4E010 

Station No. Station 1 Station 2 Station 3 Station 4 

Connectors used for wiring method TM1A 

RITS connector 6P (1473562-6) TYCO ELECTRONICS AMP K.K. 

The pin numbers 1 to 6 are stamped on the connector. Up to ten points can be input as shown below. 

A B 

1 2 3 4 5 6 1 2 3 4 5 6 

COM 

TM1A wiring method connector pin array (Example) 

Connector A Connector B 

Pin No. 1 2 3 4 5 6 1 2 3 4 5 6 

Valve No. COM 1a 2a 3a 4a 5a COM 6a 7a 8a 9a 10a 

For double 


Pin No. 1 

Connector A 

2 3 4 5 6 1 

Connector B 

2 3 4 5 6 

Valve No. COM 1a 1b 2a 2b 3a COM 3b 4a 4b 5a 5b 

For mix 



Pin No. 1 2 3 4 5 6 1 2 3 4 5 6 

Valve No. COM 1a 2a 2b 3a 4a COM 5a 5b 6a 7a 7b 

a 

N4E010 

a 

N4E010 

a 



* When using the valve block with individual power supply 

function (AUX) or type with low heat-generating, 

energy saving circuit, energizing is limited to the plus 

common. 

The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate the first station and 2nd station. The alphabetic characters a and b indicate the a side solenoid and the b side solenoid. 

The maximum number of manifold stations differs according to the model, but there can be a maximum of 10 solenoid (coil) points. 

For single 


 


Pin No. 1 2 3 4 5 6 1 2 3 4 5 6 

Valve No. COM 1a (Void) 2a (Void) 3a COM (Void) 4a (Void) 5a (Void) 


Pin No. 1 2 3 4 5 6 1 2 3 4 5 6 

Valve No. COM 1a (Void) 2a 2b 3a COM (Void) 4a (Void) 5a 5b 

305 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


306 

Wiring method TM1C 

Connectors used for wiring method TM1C 

RITS connector 6P (1473562-6) TYCO ELECTRONICS AMP K.K. 

The pin numbers 1 to 6 are stamped on the connector. Up to five points can be input as shown below. 

A 

COM 

1 2 3 4 

5 

6 

TM1C wiring method connector pin array (Example) 



For single 


For double 


For mix 


Pin No. 1 

Valve No. COM 

Pin No. 1 

Valve No. COM 

Pin No. 1 

Valve No. COM 

Wiring method TM52 

* When using the valve block with individual power supply function (AUX) 

or type with low heat-generating, energy saving circuit, energizing is 

limited to the plus common. 

 

2 

1a 

2 

1a 

2 

1a 

3 

2a 

3 

1b 

3 

2a 

4 

3a 

4 

2a 

4 

2b 

5 

4a 

5 

2b 

5 

3a 

6 

5a 

6 

(Void) 

6 

4a 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

1 

COM 

1 

COM 

2 

1a 

2 

1a 

3 

(Void) 

3 

(Void) 

Connectors used for wiring method TM52 

MIL Standards (MIL-C-83503) compliant 10-pin flat cable connector 

Pin numbers 1 to 10 are set on the connector starting at the mark as shown below. Up to eight points can be input. 

COM 

9 

10 

4 

2a 

4 

2a 

5 

(Void) 

TM52 wiring method connector pin array (Example) 



For single 


For double 


For mix 


Mark 

7 5 3 1 

8 6 4 2 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

1 

1a 

1 

1a 

1 

1a 

2 

2a 

2 

1b 

2 

2a 

* When using the valve block with individual power supply function 

(AUX) or type with low heat-generating, energy saving circuit, energizing 

is limited to the plus common. 

 

3 

3a 

3 

2a 

3 

2b 

4 

4a 

4 

2b 

4 

3a 

5 

5a 

5 

3a 

5 

4a 

6 

6a 

6 

3b 

6 

5a 

7 

7a 

7 

4a 

7 

5b 

8 

8a 

8 

4b 

8 

6a 

9 10 

COM 

9 10 

COM 

 

5 

2b 

9 10 Pin No. 1 2 3 4 5 6 7 8 

COM Valve No. 1a (Void) 2a (Void) 3a (Void) 4a (Void) 

Pin No. 1 2 3 4 5 6 7 8 

Valve No. 1a (Void) 2a 2b 3a (Void) 4a (Void) 

6 

(Void) 

6 

3a 

9 10 

COM 

9 10 

COM

Mixed wiring block 



Counting the stations 

The manifold stations are counted as shown below with the piping port facing forward. 

* Left wiring block (T30, T50, T51, T52, T53), and 

: The stations are counted in order to the right starting from the wiring block. 

* Intermediate wiring block (TM1A, TM1C, TM52) 

* The right wiring block (T30R, T50R, T51R, T52R, T53R): The stations are counted in order to the left starting from the wiring block. 

1 3 

2 4 

Left wiring block 

control range 

Serial 

number 

3 

2 

1 

Right wiring block 

control range 

Mandatory!! N4EO-Q-*-C (with no internal wiring circuit) 

1 

2 

3 

Intermediate wiring 

block control range 

Serial 

number 

3 

2 

1 

Right wiring block 

control range 

* When mixing the right wiring block with another wiring block, the left/right wiring block circuits could be connected via the 

manifold and result in unexpected valve operation. Always install the "N4EO-Q-*-C type with no supply/exhaust block internal 

wiring circuit" at the end of the right wiring block control station, so that the left and right wiring in the manifold are not connected. 

A 

B 

307 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


308 

Serial transmission type: Wiring method T6* 

T6* serial transmission type 

The slave unit output numbers differ according to each 

maker. The connector pin numbers and manifold solenoids 

correspond as shown below. 

The number of manifold stations are set in order from 

the left side with the piping port facing forward regardless 

of the wiring block position. 

The internal connectors are wired in order, so if there 

are fewer solenoid points than output points, there may 

be a void output number. This void output number cannot 

be used to drive a manifold other than the solenoid 

valve manifold being used. 

The working power is limited to 24VDC. 

The slave unit corresponding to each communication 

station is used. Contact CKD for the specifications on 

the usable PLC models, host unit models and communication 

systems. (Refer to page 313.) 

The output numbers differ according to the PLC maker, 

but the function assignments are the same. Arrange 

using the connectors and triangles ( ) shown in the 

following table as a reference. The mark is the reference 


T6* wiring method connector pin array (Example) 

*The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate 

the first station and 2nd station. The alphabetic characters a 

and b indicate the a side solenoid and the b side solenoid. 


to the model. Refer to the specifications for each model. 

For single 


For double 


For mix 


Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

11 

9a 

1 

1a 

11 

5a 

1 

1a 

11 

7a 

1 

1a 

T6A1 T6C1 T6E1 T6J1 T6K1 

Output No. 0 1 2 

Connector pin No. 1 2 3 

Station No. 

Output No. and connector Pin No. 

Station 1 Station 2 Station 3 Station n 


 

12 

10a 

2 

2a 

12 

5b 

2 

1b 

12 

7b 

2 

2a 

13 

11a 

3 

3a 

13 

6a 

3 

2a 

13 

8a 

3 

3a 

14 

12a 

4 

4a 

14 

6b 

4 

2b 

14 

9a 

4 

3b 

15 

13a 

5 

5a 

15 

7a 

5 

3a 

15 

10a 

5 

4a 

16 

14a 

6 

6a 

16 

7b 

6 

3b 

16 

10b 

6 

4b 

17 

15a 

7 

7a 

17 

8a 

7 

4a 

17 

11a 

7 

5a 

18 

16a 

8 

8a 

18 

8b 

8 

4b 

18 

11b 

8 

6a 

T6A0 T6C0 T6E0 T6J0 

Output No. 


T6G1 

Output No. 


19 

9 

19 

9 

19 

9 

20 

+COM 

10 

+COM 

20 

+COM 

10 

+COM 

20 

+COM 

10 

+COM 

0 

1 

0 

1 

1 

2 

1 

2 

2 

3 

2 

3 

3 

4 

3 

4 

3 

4 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

Pin No. 

Valve No. 

4 

5 

4 

5 

4 

5 

5 

6 

5 

6 

5 

6 

6 

7 

6 

7 

6 

7 

7 

8 

7 

8 

7 

8 

8 

11 

8 

11 

9 

12 

9 

12 

11 12 13 14 15 16 17 18 19 20 

1 2 3 4 5 6 7 8 9 10 

11 

5a 

1 

1a 

11 

5a 

1 

1a 

12 

(Void) 

2 

(Void) 

12 

(Void) 

2 

(Void) 

13 

6a 

3 

2a 

13 

6a 

3 

2a 

14 

(Void) 

4 

(Void) 

14 

(Void) 

4 

(Void) 

15 

7a 

5 

3a 

15 

7a 

5 

3a 

10 

13 

A 

13 

16 

(Void) 

6 

(Void) 

16 

7b 

6 

3b 

11 

14 

B 

14 

17 

8a 

7 

4a 

12 

15 

C 

15 

18 

(Void) 

8 

(Void) 

17 18 

8a (Void) 

7 8 

4a 4b 

13 

16 

D 

16 

19 

9 

19 

9 

14 

17 

E 

17 

15 

18 

F 

18 

20 

+COM 

10 

+COM 

20 

+COM 

10 

+COM

T6A0 

T6A1 

T6C0 

T6C1 

T6G1 

POWER 

SEND 

LED display 

LED name Display 

Lights when power is ON. 

Flickers when transmission is normal. 

Lights or turns OFF when transmission is not normal. 

Valve 

Holding 

Clear 


Valve (green) Lights when valve power is ON. 

PWR (green) Lights when unit power is ON. 

COMM 

(orange) 

ERR (red) 

Lights during normal communication. 

Turns OFF when communication is abnormal 

or when system is standing by. 

Lights when communication error occurs. 

Turns OFF during normal communication 

or when system is standing by. 

PW1 PW2 SD RD LRUN LERR 

STATION NO. 

VRATE HLD 

CLR END 

X 10 X 1 

DA DG N-C OV 

Valve 

24V 

Unit 

DB SLD (FG) OV 24V 

LED name Display content 

PW1 

PW2 

SD 

RD 

L RUN 

L ERR 

Lights when unit power is ON. 

Lights when valve power is ON. 

Lights when transmitting data. 

Lights when receiving data. 

Lights when receiving normal data, and turns OFF at time over. 

(Turns ON when normal data is received.) 

Lights when transmission error occurs. 

Turns OFF when time over occurs. 

Lights when Station No. setting 

or transmission speed setting is incorrect. 

Flickers when Station No. setting or transmission 

speed setting changes during process. 

DC power 

supply 



Wiring method 

D G NC 0V 24V 

(Upper row) 

0V 24V 

D G 

Power supply 

0V 24V 

D G 

Power supply 

(Upper row) (Lower row) 

slave unit 

(Lower row) 

Terminal function name 

4 or 2 conductor 

Previous station cabtire cable X 2 

24V 

0V 

G 

D 

Note 1: The wiring to each terminal 

block on the upper or lower 

row can be wired to either 

the previous or next station. 

Note 2: The maximum current that 

can be passed between 0V 

and 24V via the slave unit 

using this wiring is 7A. 

BS- BS- 0V 24V 

Unit Valve 

Power supply Power supply 

slave unit 

NC 

Master 

Unit 

+ + + + + 

+ + + + + 

D G NC 0V 24V 

+ + + + + 

BDL BS- 

Master 

BDH 

BDH 

BDL 

BS+ 24V 24V 

+ + + + + 

0V 0V NC 

Terminal block 

Signal wire (VCTF cable) 

BDH BDL 

slave unit 

+ + + + + 

DA DG N/C 

0V 24V 

Valve 

+ + + + + 

DB SLD (FG) 

Previous station CC-Link dedicated cable 

SLD 

DG 

DB 

DA 

(FG) 

D 

A 

D 

B 

D 

G 

S L 

D 

slave unit 

0V 24V 

Unit 


F 

G 

( ) 

*Common terminal is used for 

unit power and valve power. 

Next station 

D 

G 

0V 

24V 

T-branch wiring is not allowed. 

(Upper row) 

(Lower row) 

(Upper row) 

BDH BDL 

slave unit 

(Lower row) 

Next station 

DA 

DB 

DG 

SLD 

(FG) 

Terminating 

resistor 

309 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


310 

T6E0 

T6E1 

T6J0 

T6J1 

T6K1 

LED display Wiring method 


POWER Lights when power is ON. 

SEND 




POWER Lights when power is ON. 

SEND 



Valve 

Valve 

Unit 


Valve (green) Lights when valve power is ON. 

POW/ERR (irregular) Lights when unit power is ON. 

POW/ERR (green) Normal communication is taking place. 

POW/ERR (red) 

Transmission path is cut off, or there is a 

problem with the remote I/O adaptor unit. 

POW/ERR (orange) 

The address setting is incorrect, or the 

communication state is poor. 

DC power 

supply 

Note 1: The wiring to each 

terminal block on the 

upper or lower row can 

be wired to either the 

previous or next station. 

(Upper row) 

D G N/C 0V 24V 


(Lower row) unit power and valve power. 


Previous station 


S-LINK dedicated cable or 

4 conductor cabtire cable Next station 

24V 

D 

0V 

G 

G 

D 

0V 24V 

D G 

Power supply 

0V 24V 

D G 

Power supply 


slave unit 

(Upper row) 


(Lower row) 



0V 

24V 

*T-branch wiring possible. 

This method supplies power 

simultaneously to all S-LINK 

components and input/output 

devices from the DC power (main 

power) connected to the S-LINK 

controller. 


4 or 2 conductor 

cabtire cable X 2 Next station 

24V 

D 

0V 

G 

G 

0V 

D 24V 

DC power supply 

Note 1: The wiring to each terminal 

block on the upper or lower 

row can be wired to either 

the previous or next station. 

Remote I/O 

Adaptor 

(Host station) 

S+ 

S- 

S+ S- 

Line 

NC 

0V 24V 

D G 

Power supply 

0V 24V 

D G 

Power supply 


slave unit 

0V 24V 

Valve 

(Upper row) 

S+ S- S+ Sslave 

unit slave unit 


unit power and valve power. 

S+ S- 

slave unit 

*T-branch wiring possible. 

(Lower row) 

0V 24V 

NC NC FG 

Unit 

Terminal block 

Signal wire (VCTF cable) 

To next station 

From next station { 

(Terminating resistor not required)

Serial transmission type: wiring method T7* 

T7* serial transmission type 

The slave unit I/O numbers differ according to each PLC maker, so refer to the following 

tables. 

The slave unit I/O numbers correspond to the manifold solenoids as shown below. 

The solenoid valve manifold station numbers are set in order from left with the piping port 

facing forward. 

The working power is limited to 24VDC. 

The slave unit corresponding to each communication station is used. Contact CKD for 

the specifications on the usable PLC models, host unit models and communication 

systems. (Refer to page 313.) 

Insert each connector (for power/communication) into the product and securely tighten. 

Always close the cover after setting the addresses, etc. 

(Appropriate tightening torque for power: 0.25N·m, for communication 0.3N·m.) 

Serial transmission slave unit I/O numbers corresponding to PLC address numbers 

1. Hexadecimal notation 

Serial transmission slave unit I/O No. 0 

CC-Link 

DeviceNet 

Y00 

2. Decimal notation 

Serial transmission slave unit I/O No. 0 

CC-Link 

DeviceNet 



1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 

Y01 Y02 Y03 Y04 Y05 Y06 Y07 Y08 Y09 Y0A Y0B Y0C Y0D Y0E Y0F Y10 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y18 Y19 Y1A Y1B Y1C Y1D Y1E Y1F 

Solenoid output numbers corresponding to serial transmission slave unit I/O numbers 

Serial transmission slave unit I/O No. 

Type of slave unit Maximum solenoid number 

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 

* T7G1 (CC-Link) 

* T7D1 (DeviceNet) 

* T7G2 (CC-Link) 

* T7D2 (DeviceNet) 

Y0 

00 

1 

Y0 

01 

16 points S1 S2 S3 S4 S5 S6 S7 S8 S9 S10S11S12S13 S14S15S16 

32 points 

2 

Y0 

02 

3 

Y0 

03 

4 

Y0 

04 

5 

Y0 

05 

6 

Y0 

06 

7 

Y0 

07 

8 

Y0 

08 

9 

Y0 

09 

10 

Y0 

10 

11 

Y0 

11 

12 

Y0 

12 

13 

Y0 

13 

14 

Y0 

14 

15 

Y0 

15 

16 

Y1 

00 

17 

Y1 

01 

18 

Y1 

02 

19 

Y1 

03 

311 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18 S19 S20 S21 S22 S23 S24 S25 S26 S27 S28 S29 S30 S31 S32 

Precision 

regulator 

Valve number layout corresponding to wiring method T7* solenoid output No. (example) 

*The numbers in the valve No. 1a, 1b, 2a, 2b and so forth indicate the first station and 2nd station. The alphabetic characters a and b indicate the a side solenoid and the b side solenoid. 

The maximum number of manifold stations differs according to the model. 


 

For single solenoid valve (max. 16 stations) 

Solenoid output No. S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18 S19 S20 S21 S22 S23 S24 S25 S26 S27 S28 S29 S30 S31 S32 

Valve No. 1a 2a 3a 4a 5a 6a 7a 8a 9a 10a 11a 12a 13a 14a 15a 16a 


Solenoid output No. 

Valve No. 


Valve No. 

 



1a 1b 2a 2b 3a 3b 4a 4b 5a 5b 6a 6b 7a 7b 8a 8b 9a 9b 10a 10b 11a 11b 12a 12b 13a 13b 14a 14b 15a 15b 16a 16b 

For mix (single/double mixture) (max. 16 stations) 


Valve No. 

For mix (single/double mixture) 

Y** indicates an output. 

Station No. 


1a 2a 3a 3b 4a 4b 5a 6a 7a 7b 8a 9a 10a 10b 11a 11b 12a 13a 14a 14b 15a 15b 16a 


1a (Void) 2a (Void) 3a (Void) 4a (Void) 5a (Void) 6a (Void) 7a (Void) 8a (Void) 9a (Void) 10a (Void) 11a (Void) 12a (Void) 13a (Void) 14a (Void) 15a (Void) 16a (Void) 

Solenoid output No. S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18 S19 S20 S21 S22 S23 S24 S25 S26 S27 S28 S29 S30 S31 S32 

Valve No. 1a (Void) 2a (Void) 3a 3b 4a 4b 5a (Void) 6a (Void) 7a 7b 8a (Void) 9a (Void) 10a (Void) 11a 11b 12a 12b 13a (Void) 14a (Void) 15a 15b 16a (Void) 

20 

Y1 

04 

21 

Y1 

05 

b a b a b 

a b a b a 

N3E0660 

Station 1 Station 2 Station 3 Station n 

22 

Y1 

06 

N3E0660 

23 

Y1 

07 

24 

Y1 

08 

N3E0660 

25 

Y1 

09 

N3E0660 

26 

Y1 

10 

27 

Y1 

11 

28 

Y1 

12 

29 

Y1 

13 

30 

Y1 

14 

31 

Y1 

15 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow



312 

T7D1 

T7D2 

T7G1 

T7G2 

LED display Wiring method 

LED name 

LED name 

MS 

Display 

Display 

Slave status is indicated with green and red LEDs. 

Errors are indicated using combination with "NS LED". 

NS 

Network status is indicated with green and red LEDs. 

Errors are indicated using combination with "MS LED". 



PW 

SD 

RD 

L RUN 

L ERR 

Lights when power is ON. 

Lights when transmitting data. 

Lights when receiving data. 

Lights when receiving normal data. 

Lights when time over occurs. 

Lights when transmission error occurs. 

Turns OFF when time over occurs. 

Lights when Station No. setting or 

transmission speed setting is incorrect. 

Flickers when Station No. setting or transmission 

speed setting changes during process. 

V- 

CAN 

L 

D 

CAN 

H 

V+ 

(Black) 

(Blue) 

(None) 

(White) 

(Red) 

24V 0V 24V 0V 


V- 

CAN_L 

Drain 

CAN_H 

V+ 

DeviceNet cable 

* The power is connected to the 2-pole connector. 

* The DeviceNet cable is connected to the 5-pole connector. 

* The power terminal (24V, 0V) is insulated from the communication power terminal (V+, V-). 

* The wiring section connectors are enclosed. 

DA DB DG SLD 

FG 

24V 0V 24V 0V 


(Blue) DA 

(White) DB 

(Yellow) DG 

(Bare) SLD 

FG 

* The power is connected to the 2-pole connector. 

* The CC-Link cable is connected to the 5-pole connector. 

* The wiring section connectors are enclosed. 

(Black) 

(Blue) 

(None) 

(White) 

(Red) 

T branch tap Next station 

Multi drop type T branch type 

CC-Link dedicated cable 

DA (Blue) 

DB (White) 

DG (Yellow) 

SLD (Bare) 

FG 

V- 

CAN_L 

Drain 

CAN_H 

V+ 

(Black) 

(Blue) 

(None) 

(White) 

(Red) 

Next station 

DA 

DB 

DG 

SLD 

FG

PLC correspondence table 

Model No. 

T6A0 

T6A1 

T6C0 

T6C1 

T6E0 

T6E1 

T6G1 

T6J0 

T6J1 

T6K1 

T7D1 

T7D2 

T7G1 

T7G2 

Maker name (recommended) 

CKD 

Kuroda precision industries 

NKE 

OMRON 

SUNX 

MITSUBISHI 

CC-Link Partner 

Association (CLPA) 

CKD 

KURODA PRECISIONS INDUSTRIES LTD. 

NKE 

KEYENCE 

OMRON 

TOYODA MACHINE WORKS 

ODVA 

MITSUBISHI 

CC-Link Partner 

Association (CLPA) 



Series Communication system name Host station model No. 

Contact CKD for details on 

correspondence with each PLC, 

personal computer and SBC brand. 

Correspond to each PLC, 

personal computer and 

SBC brand. 

MELSEC A series 

MELSEC QnA series 

MELSEC Q series 

Others 

PLC and personal computer 

compatible with each 

CC-Link brand 

Contact CKD for details on 

correspondence with each PLC, 

personal computer and SBC brand. 

KZ series 

MELSEC A series 

MELSEC QnA series 

MELSEC Q series 

Others 

PLC and personal computer 

compatible with 

each CC-Link brand 

UNIWIRE SYSTEM 

SYSMAC /CS1 series 

CompoBus/S 

C200HS, CQM1 (H) series 

T6CO/1 is not compatible 

( with long distance mode. ) 

SYSMAC CS series 

SYSMAC CJ series 

SYSMAC CV series 

SYSMAC series 

SYSMAC C200HS series 

Others 

PC3J/2J series 

PC3JD 

PC2F/PC2FS 

PLC, personal computer 

and SBC compatible 

with each DeviceNet brand 

S-LINK 

CC-Link 

UNIWIRE H system 

KZ-R 

DeviceNet 

CC-Link 

Connect to send unit 

(UW-SD-120) or each 

unit-wire interface. 

C200HW-SRM21-V1 

CQM1-SRM21-V1 

SRM1-C01/C02-V2 

Connect to S-LINK controller 

or each S-LINK control board 

AJ61BT11 

AJ61QBT11 

A1SJ61BT11 

A1SJ61QBT11 

QJ61BT11 

Master for other CC-Link 

Connect to each maker's 

CC-Link master 

Connect to send unit 

(UW-SD-H2(A)) or each 

unit-wire interface. 

KZ-R1A 

CS1W-DRM21 

CJ1W-DRM21 

CVM1-DRM21-V1 

C200HW-DRM21-V1 

ITNC-EI*01-DRM (master integrated PLC) 

3G8B3-DRM21 (VME board) 

THK-5398 

TIC-5642 (master integrated PLC) 

TFU-5359 


DeviceNet master 

AJ61BT11 

AJ61QBT11 

A1SJ61BT11 

A1SJ61QBT11 

QJ61BT11(N) 

Master for other CC-Link 


CC-Link master 

313 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


314 

Disassembling and assembling the block manifold 

CAUTION: Always turn the power OFF and release the pressure before increasing or decreasing the manifolds. 

The procedures for changing the valve blocks, replacing the valve blocks when spent, adding the supply/exhaust blocks and 

changing/increasing the specifications using various pressure supply devices are explained below.Refer to the individual Instruction Manuals for 

details. 

Always turn OFF the power and stop the air pressure source before starting the disassembly work.When the manifold has been disassembled 

and assembled, if the connection key is not properly returned between the blocks or if the wiring and end block screws are insufficiently 

tightened, air could leak or malfunctions could result.Confirm that the connection keys are correctly returned between the blocks and that the 

blocks are securely fixed onto the DIN rail before supplying the air.CKD recommends using identification marking when disconnecting the A and 

B port piping. 

Replacing the valve block 

(1) Loosen the DIN rail set screw on the 

end block. 

(2) Using a thin tool, press down on the 

key connecting the valve block to be 

replaced and the blocks on both sides. 


(3) Slide the block to the end block side, 

and provide a space of approx. 10mm 

on each side of the block to be 

replaced. 

10mm 

space 

(4) Lift up the block's wiring cover side, 

and pull toward the piping port side. 

The block will come off the DIN rain. 

(5) Replace with a new block. 

(6) Slide all of the blocks to the wiring 

block side, so that there are no spaces 

between the blocks. 

(7) Confirm that the connection key has 

returned to the groove on the block. 

(8) Confirm that the end block's retainer 

claw is caught on both sides of the 

DIN rail, and then tighten the set screw 

with a screwdriver. 

The appropriate tightening torque is 

1.4N·m. 

When fixing, move the retainer in the 

direction of the arrow and confirm that 

the jaws are caught on the rail. Then, 

fix the screws at 1.4N·m. 

Confirm that the claws are 

caught on the rail. 

Increasing the valve blocks 

(1) The blocks are added with the same 

procedures as replacing the valve 

blocks. 

(2) If the blocks might be added, designate 

the DIN rail length in the specifications 

(page 319). 

Mounting the supply/exhaust block 

(1) The blocks are added with the same 

procedures as replacing the valve 

blocks. 

Replacing the cartridge joint 

(1) Remove the set screw. 

(2) Pull out the stopper plate with the joint. 

(3) Align the groove on the replacement 

joint with the stopper plate, and 

temporarily assemble. 

(4) Assemble the stopper plate with the 

joint, and tighten the set screw.Pull on 

the joint and confirm that it is mounted. 

Tightening torque 

Valve block : 0.22 0.02 N·m 

Supply/exhaust block: 0.42 0.02 N·m 

Checking after disassembly and assembly 

Check the piping and confirm that it is 

correct.Make sure that the A and B port 

piping is not connected incorrectly.

Type with individual power supply function (AUX) 


The type with individual power supply function (AUX) allows a random valve in the manifold, which has already been connected with reduced 

wiring, to be operated with a separate power supply. This is effective when adjusting the device, etc. 

(1) Valve block with individual power supply function (AUX) Internal structure diagram 

Electric cover AUX 

(2) Inputting the individual power supply 

Open the wiring cover, and connect the power input socket 

(N4E0- socket assembly S/D). 

11 

When the power input socket is connected, the wiring in the 

valve is temporarily separated from the reduced wiring in the 

manifold, and the power can be supplied from an external 

source. 

Precautions for use 

(1) Set the collar to the very back. 

(2) Cut the end of the fiber 

tube at a right angle. 

(5) Pull the collar forward to lock it. 

Technical data (3) Individual electric supply function integrated (AUX) type 

11 

(3) AUX terminal structure and internal circuit diagram 

COM (+) 

Note 1: The polarity of the reduced wiring side and individual power supply side is a plus common. 

Proper operation will not take place if the polarity is mistaken. 

Note 2: Always use a separate power for the reduced wiring side and the individual power input side. 

If the same power is used, the reduced wiring side's wiring will not be cut off, resulting in 

incorrect operations. 

a (-) 

b (-) 

Operating the fiber tube joint 

(3) Pass the collar through, 

and confirm that the fiber 

tube is correctly inserted 

while carrying out the work. 

b 

Valve block upper socket 

insertion diagram 

a 

Shut off when socket is inserted 

b (-) 

COM (+) 

a (-) 

(4) Insert the fiber tube to 

the last position. 

b (-) 

COM (+) 

a (-) 

Manifold internal wiring side AUX terminal side 

Outline of AUX terminal polarity 

and internal circuit 

315 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow


316 

Wiring between wiring block and valve block 

A part called a dedicated wiring connector is incorporated in the valve block and supply/exhaust block, etc. This enables the wiring to be 

completed simultaneously with the disassembly and assembly of the block manifold. Special wiring work is not required during disassembly 

and assembly. The wiring structure pattern diagram is shown below. 

There is a regularity to the wiring block connector pin numbers and arranged valves. Refer to the section on the wiring method, and 

connect the wires between the valves and control device. Take special care when increasing or decreasing the valve blocks. 

Only T* (left wiring block) or TM* (intermediate wiring block) 

The blocks are arranged in the order of 1a, 1b, 2a and so forth from the valve block to the right of the wiring block with the port facing 

forward. 

T*,TM 

Only T*R (right wiring block) 

The blocks are arranged in the order of 1a, 1b, 2a and so forth from the valve block to the left of the wiring block with the port facing 

forward. 

T*R 

For {T* (left wiring block) 

or TM* (intermediate wiring block)} + TM* (intermediate wiring block) for TX (mix) 

The blocks are arranged in the order of 1a, 1b, 2a and so forth from the valve block to the right of the wiring block with the port facing forward. 

The wiring is shut off from the left of the intermediate wiring block. 

T* 


(TM control stations) 

T*,TM Supply and exhaust 

TM 



2 

4 

6 

8 

10 

1 

3 

5 

7 

9 

2 

4 

6 

8 

10 

a 

1 

3 

5 

7 

9 

com 

com 

a 

a 

b com 

b com 

a b com 

a b com 

com com 

2 

4 

6 

8 

10 

a com 

com 

9 

8 10 

7 

5 

3 

1 

1 

3 

5 

7 

9 

6 

4 

2

T*,TM 

2 

4 

6 

8 

10 

1 

3 

5 

7 

9 

com 

T* 

TM 


Technical data (4) Wiring structure 

For {T* (left wiring block) 

or TM* (intermediate wiring block)} + T*R (right wiring block) for TX (mix) 

The 1a, 1b, 2a and so forth layout starting from the left wiring block and the 1a, 1b, 2a and so forth layout starting from right wiring 

block exist. 

The circuit is shut off at the center with the supply/exhaust block N4E0-Q-*-C (type with no internal wiring circuit) to prevent the wires 

from interfering with each other. 

2 

4 

6 

8 

10 

T*,TM 

1 

3 

5 

7 

9 

com 

T* 




a b com a b com a com 

Without inside 


wiring 

com 

( control stations) 



a b com a b com a com a b com a b com 

9 

8 10 

Example of incorrect layout Left/right wires interfere at center 

The left/right wiring block circuits are connected via the manifold, and could result in unpredicted valve operation. 

7 

5 

3 

1 

com 

10 

9 

7 

5 

3 

1 

6 

4 

2 

8 

6 

4 

2 

317 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow

Obtain the mounting rail length and pitch based on the manifold length (L1) 

calculate with the following calculation formula. 

The rail length obtained here is the standard length, and does not need to be indicated in the specifications. 

Indicate the length in the specifications only when different from the standard length. 

Valve block Supply/exhaust block Wiring block 

Quantity Quantity (Including end block) 

Manifold length L1 = (10 X )+(15.5 X ) + ... Select from table on the right. 

318 

How to fill out MN4E0 series manifold specifications 

Example of manifold model No. 

MN 4 E0 8 0 - CX - T50R W F - 7 - 3 

Part name 

Preparing the manifold specifications 

Obtaining the DIN rail length 

Mounting rail length L2 = L2' X 12.5 

12.5 

Model No. B Solenoid position Port size Wiring 

method 

L2'= L1+25 

12.5 

End block 

L1 

10 X n 15.5 X m 

Supply/ 

exhaust 

block 

Wiring block 

n: Valve block No. 

m: Supply/exhaust block No. 

Add when expanding 

the number of blocks. 

1 2 3 4 

Assign the numbers from the left with the port facing forward. 

Layout position number (Serial number for all blocks) 

Wiring block width dimensions table 

Wiring block 

Dimension (mm) 

T30/T30R Left or right wiring block 

42.4 

T5*/T5*R Left or right wiring block 

42.4 

TM* Intermediate wiring block 

43.2 

TM*X 2 Intermediate wiring block X 2 piece 

55.2 

TM*+T3*/T5* Intermediate wiring block + left or right wiring block 54.4 

T30/T5*+T30R/T5*R Left wiring block + right wiring block 

53.6 

T6* Serial transmission slave unit 

115.6 

T7* Serial transmission slave unit (close range type) 73.1 

12.5 

Terminal/connector 

pin array 

Option Station No. 

- P70 

Voltage Clean room 


A C D E F G H 

* When completing this form, select the type from the "Block part components" (pages 292 to 299). 

* Complete from the left end, with the piping port facing forward, regardless of the wiring block method. 

Wiring block 

(Page 294) 

Valve block 

(Page 295) 


(Page 296) 

End block 

(Page 297) 

Mounting rail 

(Refer to Page 282 and 284 for manifold model No.) 

Layout position 

Model No. 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Quantity 

N4E0-T 50R 

N4E0-T 

1 

N4E0 1 0- C4 

2 

N4E0 2 0- C6 

1 

N4E0 3 0- C4 

N4E0 0- 

N4E0 0- 

N4E0 0- 

Manifold Station No. 

: Station 7 

Manifold Station No. 

: Station 1 

1 

N3E0 1 0- C4 

3 

N3E0 0- 

N4E0-Q Z - 8L - S 

1 

N4E0-Q - 8L - 

1 

N4E0-Q - 

N4E0-E L 

N4E0-E 

Check if the tube puller (standard 

accessory) is not required. 

1 

L2= 

Blanking plug 

Push-in joint tube remover 

(How to calculate length) GWP4-B GWP6-B 

GWP8-B 

Not required (check) 

N4E0-JOINT-PTN2-M3 

Screw joint (10 pieces/set) for 1.8 fiber tube 

N4E0-JOINT-PTN2-M5 N4E0-JOINT-PTN2-6 


N4T-CABLE-D0 - 

Accessories 

Socket assembly for electric supply Connector for wiring block TMI 

N4E0-SOCKET- - 3M0-SOCKET-SET 

N4E0-TM-CONNECTOR 

Complete from the left end, with the piping port facing forward, regardless of the wiring block method. 

(Indicate the block type selected from the block part components (pages 292 to 299) and the layout instructions.) 

Indicate the total number of blocks designated in the required quantity on the right of the table. 

Indicate the quantity for required parts. 

Indicate the mounting rail length.(Indicate only when a length other than the standard length is required.) 

Integer rounded up at decimal point, 

rail installation pitch L3 = L2 - 12.5 

Indicate the quantity of these parts as required. 

* The valve number is the serial number only for the valve block and is different from the layout position number. 

6.25 

5.5 

8 

12.5 

L2 

L3 (=L2-12.5)

MN4E0 manifold specification sheet 

Example of manifold model No. (Refer to Page 282 and 284 for manifold model No.) 

MN E0 0- - - - - P70 

Model No. B Solenoid 

position 

Port size Wiring 

method 

Terminal/connect 

or pin array 

A C D E F G H 

Option Station No. Voltage Clean room 


*When completing this form, select the type from the "Block part components" (pages 292 to 299). 

* Complete from the left end, with the piping port facing forward, regardless of the wiring block method. 

Part name 

Wiring block 

(Page 294) 

Valve block 

(Page 295) 


(Page 296) 

End block 

(Page 297) 

Mounting rail 

End block side 

Contact Quantity set 

Delivery / / 

Slip No. 

Order No. 

N4E0-T 

N4E0-T 

N E0 0- 

N E0 0- 

N E0 0- 

N E0 0- 

N E0 0- 

N E0 0- 

N E0 0- 

N E0 0- 

N4E0-Q - - 

N4E0-Q - - 

N4E0-Q - - 

N4E0-E 

N4E0-E 

L2= 

Model No. 

Layout position 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Quantity 

GWP4-B 

N4E0-JOINT- 

PTN2-M3 

Blanking plug 

GWP6-B GWP8-B 


N4E0-JOINT- 

PTN2-M5 

PTN2-6 

N4T-CABLE-D0 - 

Socket assembly for electric supply Connector for wiring block TMI 

N4E0-SOCKET- - 3M0-SOCKET-SET 

N4E0-TM-CONNECTOR 

Reference circuit diagram 

This is the circuit diagram from the manifold (example) on the previous page.Use this for reference. 

Supply/ 

Supply/ 

Station 1 Station 2 Station 3 Station 4 

exhaust block 

Station 5 Station 6 Station 7 

exhaust block 

(P) 

1 

(R) 3 

a 

4 

(A) 

b 

2 

(B) 

(P) 

1 

(R) 3 

a 

4 

(A) 

b 

2 

(B) 

(P) 

(R) 3 1 

b a 

2 

(B) 4 (A) 

2 

(B) 4 (P) 

(R) 3 1 

b a 

(A) 

Partition S 

(P) 

1 

Screw joint (10 pieces/set) for 1.8 fiber tube 

a 

(R) 3 

b 

4 

(A) 

(P) 

1 

a 

(R) 3 

b 

4 

(A) 

(P) 

1 

a 

(R) 3 

b 

4 

(A) 

(PR) 

(PA) 

R 

P 

Push-in joint tube remover 

Wiring block side N4E0-JOINT- 

Not required (check) 

Issue date / / / 

Your company name 

Contact 

Order No. 

Accessories 

319 

SCPD2 

SCM 

MDC2 

SMD2 

SSD 

STS/L 

LCS 

STR2 

MRL2 

GRC 

Cylinder 

switch 

KBA 

MN4E0 

4GA/B 

M4GA/B 

MN4GA/B 

F.R. 

(Module unit) 

Clean F.R. 

Precision 

regulator 

Pressure/ 

Differential 


Electro 

pneumatic 

regulator 

Flow control 

valve 

Auxiliary 

valve 

Joint/ 

tube 

Pressure 

sensor 

Flow 

sensor 

Valve for 

air blow

MN3E0 / MN4E0Series - Romicon

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