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5-35 Proportional Throttle Valves Series TDL ... - kstci.com.tw

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Catalogue HY11-2500/UK<br />

Characteristics<br />

Function<br />

<strong>Proportional</strong> throttle valves are designed to include three<br />

stages. The main valve poppet is controlled by a hydraulic<br />

follower. The position of the hydraulic follower is determined<br />

in proportion to the input <strong>com</strong>mand signal 0-10V<br />

(optional 0-20mA). The main valve poppet follows the<br />

hydraulic follower. The pressure differential at the main<br />

valve poppet can be the maximum operating pressure.<br />

The flow direction is from B —> A. The main stage has no<br />

leakage in its closed position.<br />

The optimal dynamics are achieved at a control pressure<br />

of >50 bars. The adjustment precision of the flow rate is<br />

0.5% of the nominal flow rate. The maximum operating<br />

pressure at the ports A, B, and x is <strong>35</strong>0 bars. The<br />

hydraulic opening point is factory set for an input <strong>com</strong>mand<br />

signal of 300 mV (optional 0.6mA).<br />

Features<br />

• Pilot-controlled 2 position / 2 way directional flow<br />

control valve.<br />

Slip-in cartridge valve design.<br />

Mounting pattern according to ISO 7368.<br />

Control of large volume flows typical applications<br />

(presses and die-casting machines).<br />

Can be used for speed and position control.<br />

Fast step responses.<br />

Completely adapted unit with integrated electronics.<br />

Available with optional current input signal.<br />

In case of malfunction the valve closes automatically<br />

(fail safe).<br />

<strong>TDL</strong>.PM6.5 RH<br />

5-<strong>35</strong><br />

<strong>Proportional</strong> <strong>Throttle</strong> <strong>Valves</strong><br />

<strong>Series</strong> <strong>TDL</strong><br />

Function symbol<br />

Parker Hannifin GmbH<br />

Hydraulic Controls Division<br />

Kaarst, Germany<br />

5


5<br />

Catalogue HY11-2500/UK<br />

Ordering Code / Performance Curves<br />

Ordering code<br />

<strong>Proportional</strong><br />

TACS<br />

throttle valve<br />

with LVDT<br />

Code<br />

040<br />

050<br />

063<br />

080<br />

100<br />

<strong>TDL</strong>.PM6.5 RH<br />

Size<br />

NG40<br />

NG50<br />

NG63<br />

NG80<br />

NG100<br />

Size Slip-in<br />

cartridge,<br />

DIN<br />

Mounting<br />

Closed<br />

pilot circle,<br />

fast valve<br />

type,<br />

integrated<br />

electronics<br />

Sinus<br />

poppet<br />

Nominal<br />

flow<br />

5-36<br />

<strong>Proportional</strong> <strong>Throttle</strong> <strong>Valves</strong><br />

<strong>Series</strong> <strong>TDL</strong><br />

<strong>TDL</strong> E H 9 9 B 2<br />

0<br />

Code<br />

2<br />

Supply Drain<br />

external external<br />

Characteristic flow/signal line<br />

(∆p = 20/100 bar constant, viscosity 25mm2 Performance curves<br />

/s)<br />

Flow<br />

direction<br />

B → A<br />

Pilot<br />

supply<br />

Seal Electronics Standard<br />

electronics<br />

Code<br />

B<br />

E<br />

Parker Hannifin GmbH<br />

Hydraulic Controls Division<br />

Kaarst, Germany<br />

Serial<br />

letter<br />

Electronics<br />

Supply voltage<br />

0...+10V<br />

Supply<br />

0...+20mA<br />

Code Seals<br />

N NBR<br />

V FPM


Catalogue HY11-2500/UK<br />

Technical Data<br />

<strong>TDL</strong>.PM6.5 RH<br />

5-37<br />

<strong>Proportional</strong> <strong>Throttle</strong> <strong>Valves</strong><br />

<strong>Series</strong> <strong>TDL</strong><br />

General<br />

Design type <strong>Throttle</strong> valve for installation into blocks with position control and integrated electronics<br />

Mounting pattern DIN ISO 7368 form A<br />

Actuation Hydraulic operation via integrated pilot control valve in the cover assembly<br />

Mounting attitude Optional: If the valve is mounted on a consumer device, the main piston/cone should not<br />

be mounted parallel to the acceleration axis.<br />

Hydraulic<br />

Pressure medium Hydraulic oil as per DIN 51 524 ... 525<br />

Viscosity, re<strong>com</strong>mended [mm²/s] 20 ... 100<br />

maximum [mm²/s] 10 ... 800<br />

Pressure medium temperature [°C] 0 ... +60<br />

Filtration Permitted contamination class of pressure medium as per NAS 1638<br />

Pilot control β x = 200 To achieve with filter:<br />

Main stage β x = 75 b x = 75<br />

Service life 8 X = 10<br />

Operating safety 9 X = 20<br />

Nominal sizes DIN NG40 NG50 NG63 NG80 NG100<br />

Weight [kg] 15 26 52 105 157<br />

Nominal flow at ∆p=20 bar [l/min] 2500 4100 6800 9500 1<strong>35</strong>00<br />

Operating pressure [bar] Ports A, B, x max. <strong>35</strong>0; Port y max. 10<br />

Flow direction B to A<br />

Pilot fluid: min [bar] 50% of the prevailing pressure<br />

Inlet from port B via X, or external X<br />

Outlet always external via Y, without pressure, max. 10 bar<br />

Leakage oil pilot control X → Y at p = 175 bar<br />

Release off [l/min] NG40 to 63


5<br />

Catalogue HY11-2500/UK<br />

Electronics<br />

Block circuit diagram electronics<br />

<strong>TDL</strong>.PM6.5 RH<br />

5-38<br />

<strong>Proportional</strong> <strong>Throttle</strong> <strong>Valves</strong><br />

<strong>Series</strong> <strong>TDL</strong><br />

Connection diagrams<br />

Electronic type B Electronic type E<br />

Connector<br />

(EMV conforming)<br />

ID no. 5004072<br />

included in the delivery scope<br />

Parker Hannifin GmbH<br />

Hydraulic Controls Division<br />

Kaarst, Germany


Catalogue HY11-2500/UK<br />

Dimensions<br />

Dimensions<br />

<strong>TDL</strong>.PM6.5 RH<br />

5-39<br />

<strong>Proportional</strong> <strong>Throttle</strong> <strong>Valves</strong><br />

<strong>Series</strong> <strong>TDL</strong><br />

Pilot valve NG50-63 Pilot valve NG40 Pilot valve NG80-100<br />

NG Bo.a. H H1 t2+0.1 a1 a2 a3 b1 b2 Ød1H7 Ød2H7 d3 d4 Ød5 Ød6 M<br />

40 275 280 90 105 50 ±0.2 23 ±0.2 42 ±0.2 62.5 210 75 55 125 85 ±0.2 max. 10 6+0.22x10 M20x45<br />

50 <strong>35</strong>5 330 130 122 58 ±0.2 30 ±0.2 50 ±0.2 70 285 90 68 140 100 ±0.2 max. 10 8+0.22x10 M20x45<br />

63 395 325 115 155 75 ±0.2 38 ±0.2 62.5 ±0.2 90 305 120 90 180 125 ±0.2 max. 12 8+0.22x10 M30x65<br />

80 410 425 80 205 - - - 125 285 145 110 250 200 ±0.2 max. 16 10+0.22x10 M24x50<br />

100 450 440 89 245 - - - 150 300 180 1<strong>35</strong> 300 245 ±0.2 max. 20 10+0.22x10 M30x51<br />

Parker Hannifin GmbH<br />

Hydraulic Controls Division<br />

Kaarst, Germany<br />

5


5<br />

Catalogue HY11-2500/UK<br />

Mounting Dimensions<br />

NG 40 to NG 63 NG 80 to NG 100<br />

* only together with d4max and t4max<br />

<strong>TDL</strong>.PM6.5 RH<br />

5-40<br />

<strong>Proportional</strong> <strong>Throttle</strong> <strong>Valves</strong><br />

<strong>Series</strong> <strong>TDL</strong><br />

Hole and mounting pattern acording ISO 7368<br />

Required minimum roughness:<br />

1 = √R<br />

16, 2 =<br />

max √ Rmax8 Nom. size b1 d1 H7 d2 H7 d3 d3 max d4 d4 max* d5 max d6 d7 H13 m1±0.2 m2±0.2 m3±0,2<br />

40 125 75 55 40 43 40 50 10 M 20 6 85 50 42.5<br />

50 140 90 68 50 56 50 63 10 M 20 8 100 58 50<br />

63 180 120 90 63 74 63 80 12 M 30 8 125 75 62.5<br />

80 250 145 110 80 93 80 100 16 M 24 10 200 - -<br />

100 300 180 1<strong>35</strong> 100 115 100 125 20 M 30 10 245 - -<br />

Nom. size m4±0.2 t1+0.1 t2+0.1 t3 t4 t4 max* t15 t6 t7 t8 t10 U W<br />

40 23 87 105 15 64 59.0 30 45 3 3 10 0.05 0.1<br />

50 30 100 122 17 72 65.5 <strong>35</strong> 45 4 3 10 0.05 0.1<br />

63 38 130 155 20 95 86.5 40 65 4 4 10 0.05 0.2<br />

80 - 175 205 25 130 120 40 50 5 5 10 0.05 0.2<br />

100 - 210 245 29 155 142 50 53 5 5 10 0.05 0.2<br />

Parker Hannifin GmbH<br />

Hydraulic Controls Division<br />

Kaarst, Germany

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