RB Series Specification Sheet - Durex Industries

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4 4 Input Input Specifications Specifications Control Control Input a) Temperature input group Control method PID control (With autotuning) Input a) Temperature Thermocouple input : K, group J, E, T, R, S, B, N (JIS/IEC) Control method PID • P, control PI, PD, (With ON/OFF autotuning) control selectable Thermocouple : K, PLII J, (NBS), E, T, R, W5Re/W26Re S, B, N (JIS/IEC) (ASTM) • P, Direct PI, PD, action/Reverse ON/OFF control action selectable is selectable RTD : Pt100 (JIS/IEC), PLII (NBS), JPt100 W5Re/W26Re (JIS) (ASTM) Heat/Cool • Direct action/Reverse type PID control action (With is selectable autotuning) RTD • 3-wire : Pt100 system (JIS/IEC), JPt100 (JIS) Startup tuning Heat/Cool The condition type to PID activate control Startup (With Tuning autotuning) is selectable b) Voltage/Current • 3-wire system input group Startup tuning The among condition a) to g) to activate Startup Tuning is selectable b) Voltage/Current Voltage input (Input input group impedance : Approx.1MΩ) among a) At power-on a) to g) and stop-to-run, one-time tuning Voltage 0 to 1V input DC, 0 (Input to 5V impedance DC, 1 to 5V DC, : Approx.1MΩ) 0 to 10V DC a) b) At power-on SV change, and one-time stop-to-run, tuning one-time tuning Current 0 to 1V input DC, (Input 0 to 5V impedance DC, 1 to 5V : DC, 250Ω) 0 to 10V DC b) c) At power-on, SV change, stop-to-run one-time tuning and SV change, one-time tuning Current 4 to 20mA, input 0 (Input to 20mA impedance : 250Ω) c) d) At power-on, every power-on stop-to-run and stop-to-run and SV change, one-time tuning • For current 4 to 20mA, input, 0 connect to 20mAis a 250Ω shunt resistor to d) e) At every power-on SV changeand stop-to-run • the For input current terminals. input, connect Model code is a 250Ω : KD100-55 shunt resistor to e) f) At every power-on, SV changestop-to-run and SV change • the Inputs input is selectable terminals. Model within each code group. : KD100-55 f) g) At Function every power-on, off stop-to-run and SV change Input break action • Thermocouple Inputs is selectable input : within Up-scale/Down-scale each group. (Selectable) Fine tuning Setting g) Function range off : -3 to +3 (6 levels, OFF when set to 0.) Input break action Thermocouple RTD input : input : Up-scale/Down-scale Up-scale (Selectable) Fine tuning Setting -3 to -1 range : Faster : -3 response RTD Voltage input input : : Value Up-scale around 0V to +3 (6 levels, OFF when set to 0.) -3 1 to to 3 -1 : : Slower Faster response Voltage Current input : Value around 0mA 0V Input short action Current Down-scale input (RTD : input) 1 OFF to 3 : : Slower Function response OFF Value around 0mA Input Sampling short time Setting range a) action Down-scale (RTD input) OFF Proportional : Function band OFF : 0.25sec Sampling time Setting range a) Proportional Temperature band input : : 1(0.1) to span (°C,°F) Influence of external 0.25sec 0.25µV/Ω (Thermocouple input) Temperature • When 0.1°C input (°F) resolution, : 1(0.1) to span within (°C,°F) 999.9°C (°F) Influence resistanceof external 0.25µV/Ω (Thermocouple input) • Voltage/Current When 0.1°C (°F) input resolution, : 0.1 to 100.0% within 999.9°C of span resistance Influence of lead 0.02% of reading/Ω (RTD input) (°F) Voltage/Current (ON/OFF control input when : 0.1 P = to 0) Influence resistanceof lead 0.02% • Maximum of reading/Ω 10Ω (RTD per wire 100.0% of span input) • (ON/OFF Differential control gap at ON/OFF when P control = 0) PV resistance bias Temperature • Maximum input 10Ω : -1999(-199.9) per wire to +9999(999/9)°C • Differential (High/Low gap individual at ON/OFF setting) control : PV bias Temperature Voltage/Current input input : -1999(-199.9) : -span to +span to +9999(999/9)°C Temperature (High/Low individual input : 0(0.0) setting) to 100 : (100.0) (°C,°F) Input digital filter Voltage/Current 0.1 to 100.0 sec. input (OFF : -span when 0 to is +span set.) Temperature Voltage/Current input input : 0(0.0) : 0.0 to 100 10.0% (100.0) of span (°C,°F) Input digital filter 0.1 to 100.0 sec. (OFF when 0 is set.) b) Integral Voltage/Current time : 1 to input 3600 : 0.0 sec to (PD 10.0% control of span when I = 0) b) c) Derivative Integral time time : 1 : to 1 to 3600 3600 sec sec (PD (PI control when I = D 0) = 0) Display c) d) Derivative Cool side proportional time : 1 to 3600 band sec : (PI control when D = 0) Display Display method PV : 11 segment (4 digits), SV : 7 segments (4 digits) d) Cool 1 to side 1000% proportional of heat side band proportional : band Display method PV LCD : 11 display segment (4 digits), SV : 7 segments (4 digits) 1 * Invalidity to 1000% when of heat P=0. side proportional band LCD display * Invalidity Only cooling when side P=0. ON/OFF control is not available. e) Anti-Reset * Only cooling Windup(ARW) side ON/OFF : control is not available. Performance e) Anti-Reset 1 to 100% Windup(ARW) of heat side proportional : band Measuring Performance accuracy See measuring accuracy code table 1 (Integral to 100% action of heat is OFF side when proportional ARW = band 0) Measuring Influence of accuracy ambient See Temperature measuring input accuracy : ±0.06°C/°C code table [at 5 to 40°C] f) Deadband/Overlap (Integral action is OFF when ARW = 0) Influence temperature of ambient Temperature Voltage/Current input input : ±0.06°C/°C group : ±0.06% [at 5 of to span/°C 40°C] [at 5 to 40°C] f) Deadband/Overlap Temperature input : -10 (-10.0) to 10 (10.0) °C (°F) temperature Close horizontal Voltage/Current input group : ±0.06% of span/°C [at 5 to 40°C] Temperature Voltage/Current input input : -10 : -10.0 (-10.0) to to +10.0% 10 (10.0) of span ±2°C (3.6°F) [Less than -100°C (-146°F) input : ±3.5°C (6.3°F)] °C (°F) Close mounting horizontal error Voltage/Current • Minus setting input : Overlap : -10.0 to +10.0% of span ±2°C (3.6°F) [Less than -100°C (-146°F) input : ±3.5°C (6.3°F)] Insulation mounting resistance error More than 20MΩ (500V DC) between measured terminals g) Derivative • Minus setting time action : Overlap select Insulation resistance More and ground than 20MΩ (500V DC) between measured terminals g) Derivative 0 : PV derivative, time action 1 : select Deviation derivative and More ground than 20MΩ (500V DC) between power terminals and h) Output 0 : PV limiter derivative, 1 : Deviation derivative More ground than 20MΩ (500V DC) between power terminals and h) Output PID control limiter : -5.0 to +105.0% ground PID control : (High/Low -5.0 to +105.0% individual setting) Dielectric voltage 1000V AC for 1 minute between measured terminals and ground Heat/Cool type (High/Low PID control individual : setting) Dielectric voltage 1000V 1500V AC for 1 minute between measured power terminals terminals and and ground ground Heat/Cool type 0.0 PID to 105.0% control (Only : limiter high) 1500V AC for 1 minute between power terminals and ground (Heat 0.0 to side/Cool 105.0% (Only side individual limiter high) setting) Setting i) Proportional cycle (Heat time side/Cool : side individual setting) Setting i) Proportional 0.1sec, 0.25sec, cycle time 0.5sec, : 1 to 100 sec SV limiter Scaling low to scaling high (High/Low individual setting j) Heat/Cool 0.1sec, 0.25sec, PID control 0.5sec, selection 1 to 100 : sec SV limiter Scaling low to scaling high (High/Low individual setting j) Heat/Cool Air cooling, PID Water control cooling, selection Linear Ramp-to-setpoint 1(0.1) to span per Time (Time : 1 minute/1 hour (Selectable) : Air cooling, Water cooling, Linear Ramp-to-setpoint 1(0.1) Up/Down to span individual per Time setting (Time : 1 minute/1 hour (Selectable) Manual output a) Output range SV step function Number Up/Down of individual SV : 4 points setting (Default : 1 point) Manual output a) Output PID control range : Output limiter low to Output limiter high SV step function Number SV selecting of SV method : 4 points : Front (Default key, : Communication, 1 point) PID Heat/Cool control type : Output PID control limiter low : to Output limiter high SV selecting method : Digital Front key, input Communication, (External contact input) Heat/Cool -(Cool side type output PID control limiter high) : to Timer function Timer setting : 0 min 01 sec Digital to 99 input min 59 (External sec or contact input) -(Cool (Heat side output limiter high) to Timer function Timer setting : 0 min hr 01 01 min sec to to 99 99 hr min 59 59 min sec (selectable) b) Auto/Manual or (Heat side transfer output action limiter high) selection Function 0 hr 01 min to 99 hr 59 min (selectable) b) Auto/Manual With bumpless/Without transfer action bumpless selection (Selectable) Function 1: Control starts after the timer time elapses. Control output a) Relay With bumpless/Without contact output, Form bumpless a contact, (Selectable) 250V AC 3A 1: 2: Control starts is performed after the during timer the time timer elapses. time and stops after the timer Control output a) Relay (Resistive contact load) output, Form a contact, 250V AC 3A 2: time Control elapses. is performed during the timer time and stops after the timer (Resistive • Electric life load) : 1,000,000 cycles or more 3:Link time function elapses. from SV1 to SV4 b) Voltage • Electric pulse life : output, 1,000,000 0/12V cycles DC or more 3:Link (After function the timer from time SV1 elapses, to SV4 control is continued using SV4.) b) Voltage (Load resistance pulse output, : more 0/12V than DC600Ω ) 4:Link (After function the timer from time SV1 elapses, to SV4 control is continued using SV4.) • (Load When resistance out2 is no : use, more load than resistance 600Ω ) than 4:Link (After function the timer from time SV1 elapses, to SV4 control is stopped.) • 300Ω When . use, load resistance is more than Repeat (After the : 0 to timer 9999 time (Continuous elapses, control when when is stopped.) 9999 is set.) See 300Ω page
Other functions Loop break alarm (LBA) Heater break alarm (HBA) Output Event (Alarm) Number of events Event type e) Interlock (latch) function is configurable. Specifications LBA time : 0 to 7200 sec LBA deadband : 0 to input span • Loop break alarm is not available with heat/Cool PID control type. Number of alarms CT Type and input range Display range Display accuracy Delay times Communications 2 points (1 point per CT input) CTL-6-P-N : 0 to 30A CTL-12-S56-10L-N : 0 to 100A 0.0 to 100.0A ±(5% of input value + 1 digit) or 2A (whichever is larger) 0 to 255 times • Heater break alarm is available for time proportioning output only. Relay contact output, Form a contact, 250V AC 1A, 30V DC 0.5A (Resistive load) (Optional) Communication RS-485 method Communication 2400bps, 4800bps, 9600bps, 19200bps speed Protocol a) ANSI X3.28 sub-category 2.5A4 (RKC standard) b) MODBUS-RTU Bit format a) RKC standard protocol Start bit : 1 Data bit : 7 or 8 Parity bit : 1 (odd or even) or none Stop bit : 1 or 2 b) MODBUS protocol Start bit : 1 Data bit : 8 Parity bit : 1 (odd or even) or none Stop bit : 1 or 2 Maximum 31 units connection Terminating resistor External installation is necessary (120Ω 1/2W) Buffer mode Correspond (Mode in which writing to EEPROM is not performed for setting changes) External Dimensions The mounting brackets can be attached on the sides of the controller. However, to make the controller waterproof and dustproof, attach the mounting brackets to the top and bottom. (4 places). 96 RB900 (Optional) Up to 4 points (RB100 : Up to 3 points, Heat/Cool type : Up to 2 points) See page 7 "Maximum number of digital outputs (DO) by combinations of output (OUT1 and OUT2) Process high, Process low, Deviation high, Deviation low, Deviation high/low a) Hold/Re-hold action • Hold action is activated at power-on and stop-to-run. Re-hold action is activated at power-on, stop-to-run, and the control set value change. b) Alarm output ON/OFF at stop mode is selectable. c) Energized/de-energized action is configurable. d) Differential gap : 0 (0.0) to span d) Delay timer : 0 to 600 sec *1 , Band, Set value high, Set value low, LBA (Control loop break alarm), Heater break alarm (HBA), Output of the communication monitoring result, RUN status monitor *1: Two types of alarm settings are field-selectable. 1. Independent high and low settings. 2. Common high/low setting (Factory setting, unless specified in alarm code when ordering) 1.0 *1 7.9 60 70.1 • If you specified the waterproof and dustproof structure, four mounting brackets are included with the RB900 as accessories. 106.1 91.8 *1 : Case rubber packing (optional) [Waterproof/dustproof] 91.8 106.1 Terminal cover (Optional) 72 RB700 48 7.9 Waterproof/Dustproof (Optional) NEMA4X, IP66 • Waterproof/Dustproof protection only effective from the front in panel mounted installation. General Specifications Supply voltage Power consumption Rush current Power failure Memory backup Ambient temperature Ambient humidity External dimensions (W x H x D) Weight Compliance with standards *1 1.0 60 81.7 68.5 67.8 a) 90 to 264V AC (50/60Hz, Selectable) Rating : 100 to 240V AC b) 24V AC ±10% (50/60Hz, Selectable) Rating : 24V AC c) 24V DC ±10% Rating : 24V DC a) 100 to 240V AC type RB900 : 9.0VA (240V), RB700 : 8.7VA (240V) RB500 : 8.7VA (240V), RB400 : 8.7VA (240V) RB100 : 8.5VA (240V) b) 24V AC type RB900 : 6.0VA, RB700 : 5.8VA RB500 : 5.8VA, RB400 : 5.8VA RB100 : 4.7VA c) 24V DC type RB900 : 147mA, RB700 : 141mA RB500 : 141mA, RB400 : 141mA RB100 : 108mA a) 100 to 240V AC type Less than 13.3A (240V), Less than 5.6A (100V) b) 24V AC type Less than 16.3A c) 24V DC type Less than 11.5A The mounting brackets can be fixed on both sides (RB400), top and bottom (RB500), but to obtain water- and dust-proof protection, install brackets (two each) only on top and bottom (RB400) and on both sides (RB500). RB500 RB400 A power failure of 20msec or less will not affect the control action. • RB100, 24V AC/DC type : 10msec or less Backed up by Nonvolatile memory • Data retaining period : Approx. 10 years • Number of writing : Approx. 1,000,000 times. (Depending on storage and operating conditions.) 0 to 50°C (32 to 122°F) 10 to 90%RH (Non condensing) • Absolute humidity : MAX.W.C29.3g/m3 dry air at 101.3kPa RB900: 96 x 96 x 60mm RB700: 72 x 72 x 60mm RB500: 96 x 48 x 60mm RB400: 48 x 96 x 60mm RB100: 48 x 48 x 63mm RB900: Approx.250g, RB700: Approx. 200g RB500: Approx.190g, RB400: Approx. 185g, RB100: Approx.120g UL,cUL,CE,C-Tick 96 Terminal cover (Optional) 82.2 RB100 48 1 60 70.1 91.8 44.8 106.1 59.1 44 8 1.0*1 7.9 63 79.1 Terminal cover (Optional) Terminal cover (Optional) 44.8 48.2 59.3 5
Page 1: Process and Temperature Controllers
Page 8: Rear Terminals • Use a solderless

RB Series Specification Sheet - Durex Industries

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