Shimaden, Temperature and Humidity Control Specialists C %RH Series SR9 SHIMADEN DIGITAL CONTROLLER ASIC FEATURES Multi-input and multi-range performance Large mm bright display (SR9) Readable from a distance and in a low light area -output heating and cooling control available RSC or RS8 Interface available Dust and splash proof front panel equivalent to IP A wide selection of additional functions (optional) is available to suit various needs.
SPECIFICATIONS Series SR9 Display Digital display: Display accuracy: Measured value (PV)/7 segments red LED digits Target set value (SV)/7 segments green LED digits ±(.%FS digit) Excluding reference contact temperature compensation accuracy of thermocouple input. Accuracy of readings lower than C of thermocouples K, T, U inputs is ±.7%FS. Accuracy guarantee not applicable to C (7 F) and below of thermocouple. Display accuracy maintaining range: C ± C (8~8 C) Display resolution: Depends on measuring range (.,.,. and ) Measured value display range: %~% of measuring range Display updating cycle: Action display/color:. seconds 7 type, LED lamp display Control output (OUT, OUT)/Green Event (EV, EV)/Orange Auto tuning/green Manual control output (MAN)/Green Set value bias, communication (S/COM)/Green Setting Setting method: y operating keys (,, and ENT ) on the front panel Target value setting range: Same as measuring range (within setting limiter) Setting limiter: Individual setting for higher and lower limits, any value is selectable within measuring range (Lower limit value<higher limit value) Input Type of input: Selectable from multiple (TC, Pt, mv), voltage (V) and current (ma) Thermocouple:, R, S, K, E, J, T, N, PL II, Wre- {U, L (DIN 7)} Input impedance: kω minimum External resistance tolerance: Ω maximum urnout function: Standard feature (up scale) Reference junction compensation accuracy: ± C (within the accuracy maintaining range ( ± C)) ± C (between and C of ambient temperature) R.T.D.: Normal current: Lead wire tolerance: Pt/JPt, -wire type. ma Ω maximum/wire ( lead wires should have the same resistance.) Voltage mv: ~, ~, ~, ~, ~, ~mv V: ~, ~, ~, ~, ~, ~V Input impedance: Current ma: Receiving impedance: Input scaling function: Scaling range: Span: Position of decimal point: Sampling cycle: PV bias: PV filter: Control Control mode With output: kω minimum ~, ~ma Ω Scaling possible for voltage (mv, V) or current (ma) input 999~9999 counts ~ counts,, and digits on the right of decimal point. seconds 999~ units ~ seconds Control input not insulated from system, set value bias, and CT input but insulated from others Expert PID control with auto tuning function RA (reverse action characteristic): Heating action DA (direct action characteristic): Cooling action With outputs: Expert PID control with auto tuning function PID control PID (output ) PID (output ) RA (reverse action characteristic): Heating action (OUT) and cooling action (OUT) DA (direct characteristic): -stage heating action Type of control/rating: Contact/a V AC A (resistive load).a (inductive load) (Common to Output and ): SSR drive voltage/v±.v (Maximum load current ma) Current/~mA (Maximum load resistance Ω) Voltage/~V (Maximum load current ma) Control output resolution: Control output : approx..% (/8) Control output : approx..% (/) Control output Proportional band (P): OFF,.~999.9% (ON-OFF action by OFF) Integral time (I): OFF, ~ seconds (P or PD action by OFF) Derivative time (D): OFF, ~ seconds (P or PI action by OFF) Set value function: OFF,.~. ON-OFF hysteresis: ~999 units (Effective when P=OFF) Manual reset:.~.% (Effective when I=OFF) Higher/lower limit output limiter: Lower limit.~99.9%, higher limit.~.% (Lower limit value < Higher limit value) Proportional cycle: Control output (option) Proportional band (P): OFF,.~999.9% Integral time (I): Derivative time (D): ~ seconds (for contact and SSR drive voltage output) (ON-OFF action by OFF) OFF, ~ seconds (P or PD action by OFF) OFF, ~ seconds (P or PI action by OFF) Set value function: OFF,.~. ON-OFF hysteresis: ~999 units (Effective when P=OFF) Dead band: 999~ units (Overlap with a negative value) Higher/lower limit output limiter: Lower limit.~99.9%, higher limit.~.% (Lower limit value < Higher limit value) Proportional cycle: ~ seconds (for contact and SSR drive voltage output) Manual control Output setting range:.~.% Setting resolution:.% Manual auto switching: alanceless bumpless (within proportional range) Soft start: OFF, ~ seconds AT point: SV value in execution Control output characteristic: RA (reverse action characteristic)/da (direct action characteristic) switching by front key or communication With outputs: RA (heating/cooling)/da ( stage heating) Event output (option) Number of event points: Types: Event setting range: Contact output isolated from all. Analog output not insulated from SSR drive voltage, current and voltage but insulated from others. (In case another output is also SSR drive voltage, current or voltage, two outputs are not insulated from each other.) points of EV and EV Selectable from the following 9 types for EV and EV: : No selection : H igher limit deviation : Lower limit deviation : Outside higher/lower limit deviations : W ithin higher/lower limit deviations : H igher limit absolute value : Lower limit absolute value : Scaleover : Heater break/loop alarm Absolute values (both higher limit and lower limit): Within measuring range Deviations (both higher limit and lower limit): 999~ units Higher/lower limit deviations (within/outside): ~ units
Series SR9 Event action: ON-OFF action Hysteresis: ~999 units Standby action: Selectable from the following types EV and EV: Without standby action. Standby when power is applied. Standby when power is applied and when SV value in execution is changed. Control mode without standby action (No alarm is output at the time of abnormal input). Output type/rating: Contact (a points common)/v AC A (resistive load) Output updating cycle:. seconds Heater break/heater loop alarm (option) reak/loop detection only for OUT (Selectable when output type is contact or SSR drive voltage) Current capacity: A, A to be designated when CT is ordered. Alarm action: Heater current is detected by external CT provided as an accessory. When heater break is detected while control output is ON=Alarm output ON When heater loop alarm is detected while control output is OFF=Alarm output ON Current setting range: OFF,.~.A (Alarm action is stopped by setting OFF) Setting resolution:.a Current display range:.~.a Display accuracy: ±.A (Sine wave at Hz) Minimum time to identify action:. seconds (every. seconds) common to ON and OFF Alarm retention mode: Selectable from lock (to retain) and real (not to retain). Standby action: Selectable from without (OFF) and with (ON). Sampling cycle:. seconds CT input not insulated from system and other inputs but insulated from the others. Set value bias (option) Setting range: 999~ units Action input: Non-voltage contact or open collector (level action) about V, ma maximum Minimum level retention time:. seconds Action input not insulated from system and other inputs but insulated from others Communication function (option) Type of communication: RS-C, RS-8 Communication system: RS-C -line type half duplex system RS-8 -line type half duplex system {RS-8 is of half-duplex multi-drop (bus) system} Synchronization system: Start-stop synchronization system Communication distance: RS-C The longest: m RS-8 The longest m (depending on conditions) Communication speed:,, 8, 9, 9 bps Data format: 7 bits, even parity, stop bit or 8 bits, non-parity, stop bit Communication address: ~ Communication memory mode: EEP/RAM/r_E Communication CC: Add/Add two's cmp/xor/ Communication delay time: ~ (. msec) Communication code: ASCII code Communication protocol: Shimaden's standard protocol Number of connectable instruments: RS- RS-8 up to Communication signals insulated from system, each input and each output. Analog output (option) Number of output points: point Type of analog output: Selectable from measured value, target value (SV in execution), control output and control output. Output signal/rating: ~ma /Maximum load resistance Ω ~V /Maximum load current ma ~mv /Output resistance Ω Output scaling: Measured value, target value: Within measuring range (inversed scaling possible) Control output and.~.% (inversed scaling possible) Output accuracy: ±.% FS (with respect to displayed value) Output resolution: Approx..% (/) Output updating cycle:. seconds Analog output insulated from system and inputs but not insulated from control output except contact output. General specifications Data storage: Non-volatile memory (EEPROM) Environmental conditions for instrument operation: Temperature: ~ C Humidity: 9% RH or less (no dew condensation) Height: m from the sea level or lower Category: II Degree of pollution: Storage temperature: ~ C Supply voltage: Either -V AC±% /Hz or V AC/±% to be designated. Power consumption: SR9: -VAC VA maximum for AC; W for V; 7VA for AC V SR9, SR9 and SR9: -VAC VA maximum for AC; 8W for V; 9VA for AC V Input/noise removal ratio: d or higher in normal mode (/ Hz) d or higher in common mode (/ Hz) Applicable standards: Safety: IEC and EN- EMC: EN Insulation resistance: etween input/output terminals and power terminal V MΩ or above; etween input/output terminals and protective conductor terminal V MΩ or above Dielectric strength: etween input/output terminals and power terminal V AC/minute; etween power terminal and protective conductor terminal V AC/minute Protective structure: Only front panel has dust-proof and dripproof structure equivalent to IP. Material of case: PPO resin molding (equivalent to UL9) External dimensions: SR9: H8 W8 D (Panel depth: ) mm SR9: H7 W7 D (Panel depth: ) mm SR9: H9 W9 D (Panel depth: ) mm SR9: H9 W8 D (Panel depth: ) mm Mounting: Push-in panel (one-touch mount) Panel thickness: Panel cutout: Weight:.~. mm SR9: H W mm SR9: H8 W8 mm SR9: H9 W9 mm SR9: H9 W mm SR9: Approximately 7 g SR9: Approximately 8 g SR9: Approximately g SR9: Approximately g
Series SR9 CONTROL OUTPUT () POWER SUPPLY EVENT OUTPUT (OPTION) OPTION REMARKS ITEM CODE SPECIFICATIONS SERIES SR9- MPU-ased Auto-Tuning PID Digital Controller, DIN H8 W8 Dmm Thermocouple:, R, S, K, E, J, T, N, PLII, Wre- {U, L (DIN 7)} 8 Multi input R.T.D.: Pt Ω /JPt Ω Voltage: -~, ~, ~, ~, For voltage and current input: ~, ~mv Scaling Possible INPUT Current (ma): ~, ~ma Range: -999~9999 Receiving impedance: Ω Span: ~ Voltage (V): -~, ~, ~, ~, Note: Inverse scaling ~, ~V is not possible 9-8- Control output () Heater break alarm Analog output Communication Set value bias N Y I P V 8 9 Contact: a, Contact capacity: V AC.A/resistive load Proportional cycle: ~ sec. Current: ~ma Load resistance: Ωmax. SSR drive voltage: V.V /ma max. Proportional cycle: ~ sec. Voltage: ~V Load current: ma max. ~V AC %, /Hz V AC/ %, /Hz Contact output (a) Ev, Ev: V AC A/resistive load Contact: a, Contact capacity: V AC.A/resistive load Proportional cycle: ~ sec. Current: ~ma Load resistance: Ωmax. SSR drive voltage: ±.V /ma max. Proportional cycle: ~ sec. Voltage: ~V Load current: ma max. Current setting range:.~.a (with CT A) Current setting range:.~.a (with CT A) Voltage: ~mv, Output resistance: Ω Current: ~ma, Load resistance: Ωmax. Voltage: ~V, Load current: ma max. RS-8 Note: Avaialble only when control output () is Y or P and when event output is selected. point (setting range: -999~), Non-voltage contact or Open collector input Open collector input rating: approx. V/mA max. Without With (Please consult before ordering.) Note: When you purchase a two-output type controller and use it in a one output capacity, larger overshooting or undershooting may happen as a result of integral operation. Therefore, we recommend you to choose a one-output type. The cause of the above-mentioned problem is that the positional relationship between the proportional band (P) and the set value (SV) of a one-output type controller differs from that of a two-output type.
Series SR9 CONTROL OUTPUT () (OPTION) POWER SUPPLY EVENT OUTPUT/ HEATER REAK ALARM (OPTION) ITEM CODE SPECIFICATIONS SERIES SR9- MPU-ased Auto-Tuning PID Digital Controller, DIN H7 W7 Dmm Thermocouple:, R, S, K, E, J, T, N, PLII, Wre- {U, L (DIN 7)} 8 Multi input R.T.D.: PtΩ /JPtΩ Voltage (mv): -~, ~, ~, For voltage and current input: ~, ~, ~mv INPUT Scaling Possible Current (ma): ~, ~ma Range: -999~9999 Receiving impedance: Ω Span: ~ Voltage (V): -~, ~, ~, ~, ~, Note: Inverse scaling ~V Input resistance: kω min. is not possible. Contact: a, Contact capacity: V AC A/resistive load Proportional cycle: ~ sec. CONTROL OUTPUT () Current: ~ma Load resistance: Ω max. SSR drive voltage: V±.V /ma max. Proportional cycle: ~ sec. Voltage: ~V Load current: ma max. N- Contact: a, Contact capacity: V AC A/resistive load 9-8- Proportional cycle: ~ sec. Current: ~ma Load resistance: Ω max. (RA when shipped) SSR drive voltage: V±.V /ma max. Proportional cycle: ~ sec. Voltage: ~V Load current: ma max. V~V AC±%, /Hz V AC/±%, /Hz Event output (a) Ev, Ev Contact capacity: V AC A/resistive load Event output (Ev) Heater break alarm (with CTA) Event output (Ev) Heater break alarm (with CTA) Note: Available only when control output () is Y or P is selected. ANALOG OUTPUT (OPTION) COMMUNICATION OR SV IAS (OPTION) REMARKS 7 8 9 Voltage: ~mv, Output resistance: Ω Current: ~ma, Load resistance: Ω max. Voltage: ~V, Load current: ma max. RS-8 RS-C point (setting range: -999~), Non-voltage contact or Open collector input Open collector input rating: approx. V/mA max. Without With (Please consult before ordering.) Note: When you purchase a two-output type controller and use it in a one output capacity, larger overshooting or undershooting may happen as a result of integral operation. Therefore, we recommend you to choose a one-output type. The cause of the above-mentioned problem is that the positional relationship between the proportional band (P) and the set value (SV) of a one-output type controller differs from that of a two-output type.
Series SR9 CONTROL OUTPUT () (OPTION) POWER SUPPLY N- EVENT OUTPUT/ HEATER REAK ALARM (OPTION) ITEM CODE SPECIFICATIONS SERIES SR9- MPU-ased Auto-Tuning PID Digital Controller, DIN H9 W9 Dmm SR9- MPU-ased Auto-Tuning PID Digital Controller, DIN H9 W8 Dmm Thermocouple:, R, S, K, E, J, T, N, PLII, Wre- {U, L (DIN 7)} 8 Multi input R.T.D.: PtΩ /JPtΩ Voltage: -~, ~, ~, For voltage and current input: ~, ~, ~mv Scaling Possible INPUT Current (ma): ~, ~ma Range: -999~9999 Receiving impedance: Ω Span: ~ Voltage (V): -~, ~, ~, ~, ~V Note: Inverse scaling Load resistance: Ω max. is not possible Contact: a, Contact capacity: V AC A/resistive load Proportional cycle: ~ sec. CONTROL OUTPUT () Current: ~ma Load resistance: Ω max. SSR drive voltage: V±.V /ma max. Proportional cycle: ~ sec. Voltage: ~V Load current: ma max. 9-8- Contact: a, Contact capacity: V AC A/resistive load Proportional cycle: ~ sec. Current: ~ma Load resistance: Ω max. SSR drive voltage: V±.V /ma max. Proportional cycle: ~ sec. Voltage: ~V Load current: ma max. ~V AC±%, /Hz V AC/±%, /Hz Event output (a) Ev, Ev Contact capacity: V AC A/resistive load Note: Available only Event output (Ev) Heater break alarm (with CTA) when control output () is Y or P is selected. Event output (Ev) Heater break alarm (with CTA) OPTION REMARKS Analog output Set value bias (S V bias) Analog output Set value bias (S V bias) Communication 8 8 8 Voltage: ~mv, Output resistance: Ω Current: ~ma, Load resistance: Ω max. Voltage: ~V, Load current: ma max. point (setting range: -999~), Non-voltage contact or Open collector input Open collector input rating: approx. V/mA max. Voltage: ~mv, Output resistance: Ω SV bias point Current: ~ma, Load resistance: Ω max. SV bias point Voltage: ~V, Load current: ma max. 8 SV bias point RS-8 7 RS-C Without 9 With (Please consult before ordering.) Note: When you purchase a two-output type controller and use it in a one output capacity, larger overshooting or undershooting may happen as a result of integral operation. Therefore, we recommend you to choose a one-output type. The cause of the above-mentioned problem is that the positional relationship between the proportional band (P) and the set value (SV) of a one-output type controller differs from that of a two-output type.
OUT OUT EV EV AT MAN S/COM OUT OUT OUT EV EV AT MAN S/COM OUT EV EV AT MAN S/COM SR9 Series SR9 PV SV SR9 8 ENT C External Dimensions 8.. Panel Cutout. (8 N) or more. In the case of installation without leaving space between instruments N=The number of instruments Unit: mm OUTPUT -ma -V ma V A V A AC L -VAC~ /Hz VA 7 N COM 8 EV OUTPUT AVAC 9 -ma -V EV ma V AVAC A V AC Terminal Arrangement A-output V W /VAC~ /Hz 7VA CT/S RS-8 SG SR9 OUT PV 7 External Dimensions Panel Cutout 8.7 or more S Terminal Arrangement 8 A-output 9 L -VAC~ /Hz VA N V 8W /AVC~ /Hz 9VA OUT EV EV AT MAN S/COM SR9 SV ENT C 7 7. 8.7 or more Unit: mm A 7 CT COM EV AVAC EV AVAC 7 8 9 -ma -V ma V A V -ma -V ma V A V OUTPUT AC OUTPUT AC SPECIFICATION RS-C RS-8 TERMINAL SG SD RD SG SR9 AND SR9 External Dimensions Panel Cutout Terminal Arrangement (Common) SR9 PV 9 9.8 or more A-output L -VAC~ /Hz VA N V 8W /AVC~ /Hz 9VA SV ENT C 9 9. 9.8 or more S CT A 7 7 OUTPUT -ma -V ma V A V AC -ma -V ma V A V OUTPUT AC SR9 8 8 COM SR9 8 Unit: mm 9 9 EV AVAC EV AVAC PV. (8 N) SV C ENT 9 9.. 9.8 or more 9.8 In the case of installation without leaving space between instruments SPECIFICATION RS-C RS-8 TERMINAL SG SD RD SG SR9 N=The number of instruments Unit: mm
MEASURING RANGE CODES Series SR9 Multi-input Input Type Thermocouple R.T.D. Voltage (mv) Voltage (V) Current (ma) * R S K K K E J T N PLII * WRe- * U * L * Pt Jpt - - Measuring range ( C) 8 7 7-99.9.. 8. 7-99.9. -99.9. - -.. -.... - Code * 7 8 9 * * -. 7 -. 8. 7 Scaling possible 7 7 7 7 7 8 8 8 8 8 8 9 9... Refer to the information on the right. Measuring range ( F) - 7 - - - -.. -.... - -.. -.... Input Multi-input Voltage (V) Current (ma) Owing to scaling function, any measuring range can be set within the following range. Scaling range: Span: * Thermocouple: : Accuracy guarantee not applicable to C (7 F) and below. * Thermocouple K, T, U: Accuracy of those whose readings are below - C is ±.7% FS * Thermocouple PLII: Platinel * Thermocouple Wre-: A product of Hoskins * Thermocouple U, L: DIN 7 Specification/Rating K thermocouple ~ V ~ ma -999 to 9999 counts to counts on condition of lower side < higher side NOTE: Unless otherwise specified, the measuring range will be set as listed below during the shipment from the factory. Measuring range. ~ 8. C. ~.. ~. TERMINAL COVER (AVAILALE SEPARATELY) Model SR9 QCR SR9 SR9 QCR QCR Mounting One-touch mount One-touch mount One-touch mount Material/Appearance: PVC/transparent Thickness: mm Model Mounting QCR Plus screw, tight, (Individual mounting) M. - pcs. SR9 QCR Plus screw, tight, (Tight-lock coupling) M. - pcs. Material/Appearance: PVC/transparent Thickness: mm Mounting: tight pan-head screws M. mm Warning The SR9 series is designed for the control of temperature, humidity and other physical values of general industrial equipment. (It is not to be used for any purpose which regulates the prevention of serious effects on human life or safety.) Caution If the possibility of loss or damage to your system or property as a result of failure of any part of the process exists, proper safety measures must be made before the instrument is put into use so as to prevent the occurrence of trouble. ISO 9 (The contents of this brochure are subject to change without notice.) Temperature and Humidity Control Specialists Head Office: -- Kitamachi, Nerima-Ku, Tokyo 79-8 Japan Phone: 8--9-789 Fax: 8--9-89 E-MAIL: exp-dept@shimaden.co.jp URL: http://www.shimaden.co.jp DSR9ILC