Jacket heater, etc Mounting bracket for Pipe wrapping. (Optional) Temperature sensor. Output (To heater) (Optional)

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Temperature Controller with Built-in SSR SB SB General Description SB is a channel temperature controller with Built-in SSR (Solid state relay) designed for flexible heating solutions such as heat

Features Direct Connection to Load (with Built-in SSR) Can be installed in a small space or into a pipe Easy Connection (with a complete connector) Power Saving by SB Link Load Power Shutoff Function

Wiring is handled with connectors to reduce wiring time.

Proper mounting can be attained according to the pipe configuration. Pipe wrapping type Jacket heater Pipe hanging type Jacket heater Max.

1 Temperature Controller with Built-in SSR SB SB General Description SB is a channel temperature controller with Built-in SSR (Solid state relay) designed for flexible heating solutions such as heat trace of pipelines (by controlling Jacket heater etc). Instrument can be wired directly to heaters. Features Direct Connection to Load (with Built-in SSR) Can be installed in a small space or into a pipe Easy Connection (with a complete connector) Power Saving by SB Link Load Power Shutoff Function and Fuse Capable of direct connection to the load Temperature control can be easily assembled and started by connecting a heater line and temperature sensors to the SB. Wiring is handled with connectors to reduce wiring time. Can be installed in a small space or onto a pipe The SB can be supplied with pipe wrapping type, pipe hanging type, DI-rail mounting type, or panel mounting type. Proper mounting can be attained according to the pipe configuration. Pipe wrapping type Jacket heater Pipe hanging type Jacket heater Max.7A(*) SSR Temperature Controller Jacket heater, etc for Pipe wrapping Temperature sensor Output (To heater) (*) Permissible load capacity may be less than 7A depending on the ambient temperature of the installation location. Safety design < Load Power Shutoff Function + Fuse > This function disconnects internal load power with an internal relay. A fuse is incorporated inside the SB to protect the instrument from a load short-circuit. Load Power Shutoff Function FAIL or LBA Occurrence DI rail mounting type DI Rail Mounting Jacket heater for Pipe hanging Panel mounting type Load Power Shutof lt in se Action of the load power shutoff function can be selected from the following:. Works at the time of FAIL.. Works at the time of FAIL or LBA.. Works at the time of FAIL or LBA. (status retained) * Internal fuse must be replaced by an authorized personnel. SB_0E

Temperature Controller with Built-in SSR SB Features Setup and Data Monitoring Data can be viewed on site by using the display and operation keys or controlled remotely via loader communication port.

pcs per group) with the output limiter, the controllers in the same group will not turn on simultaneously. Saves energy by limiting the control output around the normal load factor.

2 Temperature Controller with Built-in SSR SB Features Setup and Data Monitoring Data can be viewed on site by using the display and operation keys or controlled remotely via loader communication port. Data monitoring and pa setting Power saving by SB Link Peak current suppression (SB Link) When SB controllers are divided into groups (max. pcs per group) with the output limiter, the controllers in the same group will not turn on simultaneously. Saves energy by limiting the control output around the normal load factor. * SB Link cannot be used simultaneously with a host communication. SB Link n the individual group do not multaneously. ly PROTEM Software Data monitoring and parameter setting USB COM-K Loader Communication USB communicationn converter RS-8 H CH Model : COM-K- (With loader communicationn cable) Slave Peak Maximum current consumption : CH current consumption Power supply equipment Breaker Cable Installation and wiring example The size of power cable and power supply equipment can be minimized. <Data monitoring and setting> RS-8(MODBUS) 00 to 0V AC RS-8(MODBUS) Input/Output Configuration Choose one of the following two functions : Communication RS-8 (MODBUS) Optional Digital input (on-voltage contact) Optional Digital output (Relay contact) Optional Power Supply : 00 to 0V AC (Including load voltage) Temperature sensor Heater RS-8(MODBUS) RS-8(MODBUS) RS-8(MODBUS) Max. units USB Loader Communication USB communication converter COM-K- Temperature sensor input Loader communication Control Output to Heater (Max. 7A) (Triac output) SB_0E

3 Temperature Controller with Built-in SSR SB Specifications Input Input Thermocouple : K, J,(JIS/IEC) : 0 to 800 C, 0 to 999 F Influence of external resistance : Approx. 0.μV/Ω Input break action : Up-scale RTD : Pt00 (JIS/IEC) : 0 to 00 C, 0 to 800 F /0. C( F) display can be selectable on only communication data Influence of input lead resistance : Approx. 0.0[%/Ω] of reading Maximum 0Ω per wire Input break action : Up-scale Universal input Sampling Time 0. sec Input Digital Filter 0 to 00 sec (OFF when 0 is set.) PV Bias -99 to +999 C( F) Performance Measuring Accuracy a) Thermocouple 0 C, Less than 00 C (9 F) : ± (. C [.7 F] + digit) 00 C (9 F) : ± (0.% of Reading + digit) b) RTD 0 C, Less than 00 C (9 F) : ± (0.6 C [. F] + digit) More than 00 C (9 F) : ±(0.% of Reading + digit) Cold-junction temperature compensation error : ± C [.8 F] ( C± C [7 F±.6 F]) ± C [.6 F] (-0 to 60 C [ to 0 F]) Insulation Resistance More than 0MΩ (00V DC) between measured terminals and ground (PE terminal) More than 0MΩ (00V DC) between power terminals and ground (PE terminal) Dielectric Strength 000V AC for one minute between measured terminals and ground (PE terminal) 00V AC for one minute between power terminals and ground (PE terminal) Setting SV limiter Scaling low to scaling high (High/Low individual setting) Ramp-to-setpoint to span per Time (Time : minute/ hour (Selectable) Up/Down individual setting) SV step function umber of SV : points (SV/SV) SV selecting method : Front key, Communication, Digital input (External contact input) Setting data lock Lock level : to 0 level (0 : o lock) Control Control Method PID control (With autotuning) P, PI, PD, /OFF control selectable Direct action/reverse action is selectable Startup tuning The condition to activate Startup Tuning is selectable among a) to g) a) At power-on and stop-to-run, one-time tuning b) At SV change, one-time tuning c) At power-on, stop-to-run and SV change, one-time tuning d) At every power-on and stop-to-run e) At every SV change f) At every power-on, stop-to-run and SV change g) Function off Fine tuning Setting range : - to + (6 levels, OFF when set to 0.) - to - : Faster response to : Slower response OFF : Function OFF Major Setting Range Set value : Same as input range. Proportional band : 0 to input span ( C, F) Differential gap at /OFF control : 0 to 00 ( C, F) Integral time : to 999sec (P + D action when I = 0) Derivative time : to 999sec (P + I action when D = 0) Cool-side proportional band : to 000% of heat side proportional band Anti-Reset Windup(ARW) : to 00% of heat side proportional band (Integral action is OFF when ARW = 0) Derivative time action select : 0 : PV derivative, : Deviation derivative Output limiter : -.0 to +0.0% (High/Low individual setting) Proportional cycle time : to 00 sec Manual output : Output limiter low to Output limiter high Auto/Manual transfer action selection With bumpless/without bumpless Control output Triac output : Output method: AC output (Zero-cross method) Allowable load current: 7 A (Ambient temperature 0 C or less) Set the surface temperature to the following degree if the allowable load current exceeds A: Front side: 80 C or less Metal at the back side: 00 C or less Load voltage : 00 to 0 V AC (Same as the power supply voltage) Minimum load current: 0 ma voltage :. V or less (at maximum load current) Event (Alarm) Output umber of Event Up to points Event Type : Setting range Deviation : Process, Set value : Deviation High, Low, High/Low *, Band, Process High, Low Set value High, Low Control Loop Break Alarm (LBA) Output of the communication monitoring result, FAIL, RU status monitor *: Two types of alarm settings are field-selectable.. Independent high and low settings.. Common high/low setting (Factory setting, unless specified in alarm code when ordering) -99 to + (input span) Differential gap : 0 to input span Same as input range Differential gap : 0 to input span Control loop break alarm (LBA) : LBA time : 0 to 999 sec. (OFF by setting zero) LBA deadband : 0 to input span Output umber of Event : Output method : point Relay contact output, Form a contact, 0V AC A, 0V DC 0.A (Resistive load) Other Functions 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) Energized/de-energized action is configurable. c) Delay timer : 0 to 600 sec d) Interlock (latch) function is configurable. e) Load Power Shutoff Function The relay for Load power shutoff opens at the occurrence of instrument abnormality (FAIL) or Control loop break alarm (LBA). (Shut off the internal load power line. [L side of the power]) [Selectable action] Relay for Load power shutoff opens at FAIL (Restores when FAIL is resolved.) Relay for Load power shutoff opens at FAIL or LBA (FAIL state or LBA state remains.) Relay for Load power shutoff opens at FAIL or LBA (Returns to the normal state when FAIL state or LBA state recovers.) Digital Input ot available with Communication umber of Sub Output point Input method on-voltage contact output Function SV/SV selection, STOP/RU, Auto/Manual, Alarm interlock reset, Selectable SB_0E

4 Temperature Controller with Built-in SSR SB Specifications Communications Communication method : Communication speed : Protocol : General Specifications RS-8 00, 800, 9600, 900, BPS ASI X.8(976). A MODBUS-RTU Bit format Start bit : Data bit : 7 or 8 For MODBUS 8 bit only Parity bit : Without, Odd or Even Stop bit : or Maximum connection : units Terminating resistor : External installation is necessary (0Ω /W) Buffer mode : Correspond (Mode in which writing to EEPROM is not performed for setting changes) Function : ot available with Digital Input (DI) Inter-controller Communication (SB Link) ot available with Digital Input (DI) Peak current suppression function When a group of controllers (up to units) is connected by SB link, use the Peak current suppression function by setting Output limiter high to prevent all outputs from turning at the same time. Communication method : RS-8 Communication speed : 900BPS Protocol : MODBUS-RTU Bit format Start bit:, Data bit: 8, Parity bit: one, Stop bit: Maximum connection : controllers (Address setting range: 0 to *) * Address o. 0 is for Master controller. Loader Communication Communication speed : Protocol : 9600BPS ASI X.8 sub-category.a (RKC standard) Bit format Start bit:, Data bit: 8, Parity bit: one, Stop bit: Connection method : COM-K loader cable (equivalent to W-BV-0-00) Temperature characteristics of load current Load Current (A) Ambient Temperature ( C) CAUTI Temperature of the Installation position (surface of a jacket heater) : -0 to +00 C. Power Failure Effect A power failure of 0m sec or less will not affect the control action. Memory Backup : Backed up by non-volatile memory Data retaining period : Approx. 0 years umber of writing : Approx.,000,000 times. (Depending on storage and operating conditions.) Supply Voltage 90 to 6V AC (Including supply voltage variation) [Rating : 00 to 0V AC] (0/60Hz selectable) Power Consumption When a load is disconnected :.0 VA max. (at 00 V AC) 6.7 VA max. (at 0 V AC) When a load is connected [Ambient temperature: 0 C] : 70 VA max. (When connecting a load equivalent to 7A at 00 V AC) 690 VA max. (When connecting a load equivalent to 7A at 0 V AC) Rush Current Less than.a (0V), Less than.6a (00V) Operating Environments : -0 to 60 C [ to 0 F] to 9% RH (on condensing) Absolute humidity : MAX. W.C 9.g/m dry air at 0.kPa. et Weight Approx. 0g SB_0E

5 Model and Suffix Code Model and Suffix Code Specifications SB Control Method PID control with AT (Reverse action) Input and range See Input range Code Table Control output (OUT) Triac output Power Supply 00 to 0V AC ot supplied Digital output (DO) Digital output : point ot supplied Communication/ Digital input : point Digital input (DI) RS-8 (ASI/RKC standard protocol) RS-8 (MODBUS protocol) Mounting method Without mounting (Panel mounting) With mounting (Sold separately) Quick start code o quick start code (Default setting) Specify quick start code (Event, Digital output type) Event (Alarm ) o quick start code (Default setting) type See Alarm Code Table Event (Alarm ) o quick start code (Default setting) type See Alarm Code Table o quick start code (Default setting) Digital output assignment Event Code Table (Programmable) Event Event Logical OR of Event and Event Logical AD of Event and Event F F T T D 6 o Code o Code o Code Input range Code Table (Universal input) Thermocouple Input Input Code Range K K0 0 to 800 C KB 0 to 999 F J 0 to 800 C 0 to 999 F RTD Input Input Code Range D7 0 to 00 C Pt00 DB 0 to 800 F /0. C( F) display can be selectable on only communication data. Event Type Code Event Type Code Event Type Code o event Process High with Hold K Deviation High/Low with Alarm Hold Deviation High (Individual high and low settings) Y A Process Low with Hold L Deviation High/Low with Alarm Re-Hold Deviation Low B Deviation High with Alarm Re-hold Q (Individual high and low settings) Z Deviation High/Low (Common high/low setting) C Deviation Low with Alarm Re-hold R Loop break alarm Band (Common high/low setting) D Deviation High/Low with Re-Hold FAIL Deviation High with Hold (Common high/low setting) T E RU status Band (Individual high and low settings) U Deviation Low with Hold F Output of the communication Set value High V Deviation High/Low with Hold monitoring result (Common high/low setting) G Set value Low W Deviation High/Low Process High H (Individual high and low settings) X Process Low J Panel mounting Type SB/Accesory SB (upper-side) (lower-side) Mounting type Accessories SBF SBP-C0 SBP-C0 Model Code -T- Temperature Controller with Built-in SSR SB Hardware coding only DI rail mounting Type SB/Accesory Model Code SB SBF -T- DI rail mounting (upper-side) SBP-M0 SBP-C0 Quick start code Mounting J0 JA8 Pipe hanging Type SB/Accesory Model Code SB SBF -T- for Pipe hanging (upper-side) (lower-side) SBP-M0 SBP-B0 SBP-C0 SBP-C0 Mounting (lower-side) SBP-C0 Pipe wrapping Type SB/Accesory Model Code SB SBF -T- for Pipe wrapping (upper-side) (lower-side) SBP-M0 SBP-B0 SBP-C0 SBP-C0 ing et Mounting g and SB_0E

Temperature Controller with Built-in SSR SB Accessories (Sold Separately) s are

DI rail mounting Type Pipe hanging Type SBP-B0 0mm DI rail mounting SBP-M0 for

banding and : MBH-TLR (Heavy type, Width : 7.

Manufactured by PADUIT Corporation > Stainless steel banding and : MLT6EH-LP

7 mm, Length : 9mm) and Tool for cable wiring Power supply/ Event input/output/

connector SBP-C0 7-08/07-000 Wiring tool Tool for SBP-C0 SBP-C 0-70 Partially

SBP-C 7-0 Push button for connectors ( operating lever) A small screwdriver can

USB communication converter (Loader Communication) Model and Suffix code

6 Temperature Controller with Built-in SSR SB Accessories (Sold Separately) s are not necessary when using panel mounting type. DI rail mounting Type Pipe hanging Type SBP-B0 0mm DI rail mounting SBP-M0 for Pipe hanging SBP-M0 0mm < Manufactured by PADUIT Corporation > Stainless steel banding and : MBH-TLR (Heavy type, Width : 7.9 mm, Length : 000mm) Pipe wrapping Type for Pipe wrapping SBP-M0 SBP-B0 < Manufactured by PADUIT Corporation > Stainless steel banding and : MLT6EH-LP (Extra heavy Width :.7 mm, Length : 9mm) and Tool for cable wiring Power supply/ Event input/output/ Communication connector SBP-C0 7-07/ Measured input/control output connector SBP-C0 7-08/ Wiring tool Tool for SBP-C0 SBP-C 0-70 Partially isolated shaft Type Tool for SBP-C0 SBP-C 0-79 Partially Isolated shaft Type or SBP-C 7-0 Push button for connectors ( operating lever) A small screwdriver can be used for wiring. USB communication converter (Loader Communication) Model and Suffix code Specifications COM-K- Loader Without loader communication cable communication cable With loader communication cable USB COM-K Loader communication Cable length : m (COM-K standard accessory) Cable length :.m (optional, specify in the model code when ordering Model Code for cable only W-BV SB_0E

Temperature Controller with Built-in SSR SB External Dimensions (Panel mounting hole dimensions) Panel mounting type 8.±0. Unit : mm 7 8 8 0 DI rail mounting type 0 0±0.

7 Temperature Controller with Built-in SSR SB External Dimensions (Panel mounting hole dimensions) Panel mounting type 8.±0. Unit : mm DI rail mounting type 0 0±0. Recommended screw size : M size [ominal length (L): 6 mm ] DI Rail Mounting 9±0. 00 mm 0 mm Space required between SB Allow 0 mm between the instruments for proper heat dissipation when mounting two or more SB controllers in parallel. When mounting the instruments vertically, allow 00 mm to have space for wiring to or from the connectors installed on the top and the bottom of the SB. 7 (6.9) Pipe hanging type for Pipe hanging (Heat radiating cover) Jacket heater Pipe mm For pipe hanging type, allow sufficient space (00 mm ) between the instruments for heat dissipation. 0 mm Pipe wrapping type for Pipe wrapping Jacket heater 0.8 Pipe 7 0 mm Recommended pipe size (when a jacket heater is mounted) Jacket heater 00 mm ø70 to 0mm Jacket heater SB_0E 7

Temperature Controller with Built-in SSR SB Configuration Power supply/event input/output/ Communication connector

Upper side Front Side A A A A A 6A 7A (Sold Separately) Model Code : SBP-C0 A A A (Total current : Maximum A)

8 SG T/R(A) T/R(B) O RS-8 Relay contact Com mmunication Description (Option) DI 7B A A A A A 6A 7A B B B B B 6B 7B

8 7-07/07-000 Recommended cable Compatible cable diameter : AWG (.

internally. Communication and Digital input (Event input) cannot be selected at the same time.

Lower side Loader communication connector Pin o.

output (OUT) SSR (Triac) 876 () () B B The pin o. 7 () of the Power supply terminal and the pin o. 7 and o.

(C) Power supply 6A 7A 6B 7B L L 8 7 6 Control output (C) (Sold Separately) Model Code : SBP-C0 8.6 9.

8 Temperature Controller with Built-in SSR SB Configuration Power supply/event input/output/ Communication connector 67 (C) Caution Power supply Maximum allowable current (power supply part) is A. Upper side Front Side A A A A A 6A 7A (Sold Separately) Model Code : SBP-C0 A A A (Total current : Maximum A) Wiring tool (Sold Separately) Model Code : SBP-C Pin o. B B B B B 6B 0.8 SG T/R(A) T/R(B) O RS-8 Relay contact Com mmunication Description (Option) DI 7B A A A A A 6A 7A B B B B B 6B 7B on-voltage Digit tal input (DI) contact (Option) Digital output (DO) (Option) L ote 00 to 0V AC Power supply / Recommended cable Compatible cable diameter : AWG (. mm ) Stripping length: 9 to 0 mm The pins of the same number at line A and line B of the Plug are connected internally. Communication and Digital input (Event input) cannot be selected at the same time. Tool Cable 0-70 Partially isolated shaft Type A small screwdriver can be used for wiring. Lower side Loader communication connector Pin o. Description 8 ote Measured input/control output connector (C) Front Side 6 6 Triac AC output L Heater Control output (OUT) SSR (Triac) 876 () () B B The pin o. 7 () of the Power supply terminal and the pin o. 7 and o. 8 of the Control output terminal are connected internally. A Measured input () Thermocouple () RTD ote. (C) Power supply 6A 7A 6B 7B L L Control output (C) (Sold Separately) Model Code : SBP-C / Triac Recommended cable Compatible cable diameter : AWG (. mm ) Stripping length: 6 to 7mm The pin o. and o.6, the pin o. 7 and o. 8 are connected internally. Wiring tool (Sold Separately) Model Code : SBP-C Tool Cable 0-79 Partially Isolated shaft Type A small screwdriver can be used for wiring. or Model Code : SBP-C Cable Tool 7-0 Push button for connectors ( operating lever) ote 8 SB_0E

Process and Temperature Controllers

Process and Temperature Controllers www.durexindustries.com Input Input Input break action Input short action Sampling time Influence of external resistance Influence of lead resistance PV bias Input