Shimaden SRS10A Series Instruction Manual

Digital controller
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(SRS11A / SRS12A / SRS13A / SRS14A)
Instruction Manual (Detailed Version)
Thank you for purchasing a Shimaden Digital Controller. After making sure the product fits the desired description,
you should carefully read the instructions and get a good understanding of the contents before attempting to operate
the equipment.

Request

The instruction manual should be kept in a handy place where the end user can refer to it when necessary.

Preface

This instruction manual (detailed version) was written for those who perform wiring, installation, and routine
maintenance for the SRS10A (SRS11A/SRS12A/SRS13A/SRS14A) Series.
This manual contains a description of the operating method, functions, wiring, mounting method, and precautions
when handling the SRS10A (SRS11A/SRS12A/SRS13A/SRS14A) Series (hereinafter referred to as the SRS10A
Series unless a separate description is required). You should, therefore, keep it handy to refer to it when operating
and handling the equipment.
Be sure to observe all precautions and adhere to the procedures provided herein.
SRS10A Series
Digital Controller
SRS10AF-1ME
Apr. 2021

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Summary of Contents for Shimaden SRS10A Series

  • Page 1: Request

    Digital Controller Instruction Manual (Detailed Version) Thank you for purchasing a Shimaden Digital Controller. After making sure the product fits the desired description, you should carefully read the instructions and get a good understanding of the contents before attempting to operate the equipment.
  • Page 2: Table Of Contents

    Contents Request ............... 1 (3) Event selection alarm action diagrams ......25 (4) Output 1 inverted output ..........26 Preface ................ 1 (5) Event status output action ..........26 8-2. Heater break/loop alarm ..........26 1. Safety rules ............. 3 8-3. P.I.D................26 2.
  • Page 3: Safety Rules

    NOTE:  WARNING The SRS10A Series digital controllers are control instruments designed for industrial use to control temperature, humidity and other physical values. You should either take appropriate safety measures or avoid using for control that could have a serious effect on human life.
  • Page 4: Model Code Check

    1 sheet Note: In the event you want to inquire about a product defect, missing accessory or other matter, please contact your nearest Shimaden agent. 2-2. Notes on use Do not press front panel keys with a hard or pointed object. Press lightly with your fingertips.
  • Page 5: Mounting

    The controller is provided with tabs for mounting. Insert as is from the front surface of the panel.  Controllers of the SRS10A Series are designed for mounting on the panel. Be sure to mount on the panel.  Be sure to install this product with the attached gasket. Failure to do so could result in electric shock. After wiring, do not touch terminal elements or other charged parts.
  • Page 6: Wiring

    Pass one of the load lines through the dedicated CT hole. Wire from the CT secondary side terminal to the CT input terminal of the SRS10A Series. There are 2 combinations of CT connection terminals for the SRS10A Series, which can detect current for 2 heater combinations. Heater (load) wire...
  • Page 7: Terminal Layout

    100-240V AC/24V AC: N/24V DC: – error. R.T.D: A, thermocouple / voltage / The following optional function Note2: current: + of the SRS10A Series are limited Input R.T.D: B, thermocouple / voltage / to exclusive selection. current: – R.T.D: B...
  • Page 8: Operation Preparations

    3-7. Operation preparations Before operating the controller, you should first check the wiring and carry out the following by screen group setting method. There is however no need to change the settings that have been set at the factory or already been made by the manufacturer. Wiring check Make sure the wiring to the connection terminals is correct.
  • Page 9: Names And Functions Of Parts On Front Panel

    4. Names and functions of parts on front panel  Measured value (PV) display  Target set value (SV) display  Action display  Operating keys SRS11A Name Function (1) Measured value display LED (red)  Measured value (PV) • Displays current measured value (PV) on basic screen (screen 0-0). display •...
  • Page 10: Parameter Diagram And Setting

    5. Parameter diagram and setting 5-1. Parameter diagram The overview of the parameter diagram is as follows. The windows of the various screens are divided as follows. The number at the top left of the window is the screen No. Screen always displayed by key operation, etc.
  • Page 11 0-0 Basic screen  4 screen group 3 seconds 4-21 4-42 Heater 2 break alarm    Communication master mode Initial screen setting start slave address setting               4-22 4-43 Heater 2 loop alarm ...
  • Page 12: Display When Power Is Applied

    5-2. Display when power is applied When power is applied, the initial screen when power is applied displays each screen for about 1 sec. and switches to the basic screen of screen group 0 as shown in the following figure. Series name (, , , ) ...
  • Page 13: Switching To Screen Group 3

    (5) Switching screens within screen group 2 The “2-0 initial screen” in screen group 2 is the PID1 setting initial screen. Each time the  key is pressed, the setting initial screen switches PID2→PID3→PID1. Pressing the  key switches PID1→PID3→PID2. Screen group 2 2-0 PID1 initial screen PID2 initial screen...
  • Page 14: Screen Group 0 Setting

    5-5. Screen group 0 setting The flow is given in “6. Screen description and setting items.” This section however primarily contains a description of how to make settings. As for the key operation method, the  key switches to the next screen. The settings are selected with the  key or  key on the various setting screens and entered with the ...
  • Page 15: Auto Tuning (At)

    (3) Auto tuning (AT) Function that automatically processes and sets parameter PID for PID control. Processing time varies according to control. 1) AT execution Pressing the  key on the “0-15 AT action control screen” causes the  display at the bottom to change to  and the decimal point of the smallest digit to flash.
  • Page 16: Event Setting

    If EXE1 (RUN1) or EXE2 (RUN2) is selected on the “4-28 – 4-31 DI mode setting screen”, external control input (DI) is given priority and settings cannot be made on the 0-1 screen.  The RUN lamp is lit green while the controller is operating and it goes off during standby. ...
  • Page 17: Screen Explanation And Setting Items

    6. Screen explanation and setting items basic screen  3 seconds  4-0 Initial screen      Initial values: 0 or measuring range lower limit values Setting range: Within measuring range (within SV limiter) 2-0 screen 3-0 screen 1-0 Initial screen Measured value (PV) is displayed at the top and target set value ...
  • Page 18 PID setting screen group 0-16 Start pattern No. monitoring screen With the SRS10A Series, you can have 3 types of PID constants. Not displayed if there is no programming function.  In the case of fixed value control (FIX), target set values SV1, SV2 and SV3 Initial value: 1 correspond to PID1, PID2 and PID3 respectively.
  • Page 19 Output 1 PID1 derivative time (D) setting screen 2-13 Output 2 dead band (DB) setting screen  Initial value: 30 (seconds)  Initial value: 0 (digit)  Setting range: oFF, 1 – 3600 (seconds) Setting range: -1999 – 5000 (digit) ...
  • Page 20 Event type code (used by 4-7 and 4-12) Code Event Action Mode Remarks Event 2 action hysteresis setting screen  (non) No selection  Initial value: 20 (digit)  ( Hd) Higher limit deviation EV1 initial values  Setting range: 1 – 999 (digit) ...
  • Page 21 Heater break/loop alarm settings 4-25 Analog output scaling higher limit value setting screen  Initial value: 800.0 Can be used if event option and CT input option is eguipped.  (For PV/SV, measureing range higher limit value; out1/out2 is 100.0) 4-17 Heater 1 break/loop alarm mode setting screen Setting range: When PV or SV is selected, within measuring...
  • Page 22 Control output 1 characteristics setting screen None (Shimaden protocol)   Add operation (Shimaden protocol)  Initial value: rA () 2’s complement after add operation (Shimaden protocol) Setting range: rA, dA ()   Exclusive OR (Shimaden protocol)  Sets characteristics of control output.
  • Page 23 4-47 Control output 1 soft start time setting screen 4-56 PV gain compensation value setting screen  Initial value: oFF  Setting range: oFF, 1 – 120 (seconds) Initial value: 0.00 (%)  etting range: -5.00 – 5.00 (%)  Sets soft start time that gradually changes output.
  • Page 24: Measuring Range Codes

    7. Measuring Range Codes Select measuring range from the following table. Note:Changing the code initializes all data related to measuring range. Change setting with standby mode on 0-1 screen. Input type Code Measuring range (°C) Measuring range (°F)  ~ 1800 °C ~ 3300 °F ...
  • Page 25: Explanation Of Functions

    8. Explanation of functions This section contains a description of operation not covered in “5-5. Screen group 0 setting.” 8-1. Events (1) Alarm action 1) Deviation alarm Sets alarm action points for deviation of measured values (PV) from target set values (SV). For example, to trigger an alarm when measured value (PV) of 30°C or more when target set value is 20°C, the higher limit deviation alarm is set to 10°C.
  • Page 26: Output 1 Inverted Output

    Heater loop check is disabled if control output is ON. Heater loop status in the latest output-OFF period is maintained. In the SRS10A series, 2 points of CT input is equipped if the CT input option is selected. Any break of 2 heating stages control heater or three-phase heater can be detected by using two CT.
  • Page 27: Mr (Manual Reset)

    (4) MR (Manual reset) With PID action “I” is automatically offset, but if “I” is OFF, it is not offset. If so, it can be offset by manually increasing/ decreasing output. This is called “manual reset.” (5) SF (Target value function) This function determines the strength of the overshoot preventing function when operating expert PID.
  • Page 28: External Control Input (Di)

    △ 8-5. External control input (DI) Input must be retained for at least 250 ms to receive external control input of the SRS10A Series. Assignment by DI input is conducted on the “4-28 – 4-31 DI mode setting screens.” Function assigned to DI cannot be conducted by key operation. (DI input is prioritized.) However, AT and unlatching can be conducted by key operation even if assigned to DI.
  • Page 29: Output 1 Output Characteristic (Act1)

    (6) Output 1 output characteristic (ACT1) Switches output characteristics of control output 1 (RA/DA). When DI input OFF RA (heating) When DI input ON DA (cooling) (7) Output 2 output characteristic (ACT2) Switches output characteristics of control output 2 (RA/DA). When DI input OFF RA (heating) When DI input ON...
  • Page 30: Change In Position Of Decimal Point

    When the controller does not operate as intended and you suspect it may be broken, read the instruction manual and inspect once again. If there is something wrong with the controller or there is something you do not understand, contact your nearest Shimaden dealer.
  • Page 31: Parameter Mask/Lock Function

    10. Parameter mask/lock function 10-1. Overview Mask or key lock can be set for the various parameters. The factory setting is "all disp" (display). There are however limits, so you should keep this point in mind. <Note> • PID-related parameter are managed by 1 set of PID No. 1 to No. 3. Example) If output 1 proportional band is changed, output 1 proportional band is similarly changed for PID No.
  • Page 32: Mask/Lock Setting Contents

    M0-0 Mask lock basic screen  M4 screen group 2 seconds M4-42 M4-0 M4-21 Heater 2 break alarm    Communication master mode Initial screen setting start slave address setting          M4-1 M4-22 M4-43...
  • Page 33: Parameter Setting Record

    11. Parameter setting record For the sake of convenience, you should record your settings and selections. Initial values for code 05 (K) are given here. Screen No. Parameter (item)/screen Initial value Setting/selection Record Basic screen (SV) ()  EXE () ...
  • Page 34 Screen No. Parameter (item)/screen Initial value Setting/selection Record OUT2 PID P 2_P3 ()  2-10 OUT2 hysteresis 2dF3 ()  2-11 OUT2 PID I 2_i3 ()  2_d3 () 2-12 OUT2 PID D  2-13 OUT2 dead band 2db3 () ...
  • Page 35: Specifications

    12. Specifications ■ Display ● Control output 2 (option) ● Digital display : Measured value (PV) / 7-segments red LED, 4 digits Proportional band (P) : OFF, 0.1~999.9% (ON-OFF action by OFF) Target set value (SV) / 7-segments green LED, 4 digits Integral time (I) : OFF, 1~6000 seconds (P or PD action by OFF) ●...
  • Page 36 SRS12A : H68×W68 mm ● Communication code : ASCII, MODBUS RTU binary code only SRS13A : H92×W92 mm ● Communication : Shimaden standard protocol / MODBUS ASCII, RTU SRS14A : H92×W45 mm Protocol ● Weight ● Other : Start character and BCC operating method can be selected.

This manual is also suitable for:

Srs11aSrs12aSrs13aSrs14a

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