48-DIN sized PID temperature controller with automatic tuning function and single, 3-digit LED display
■ J, K or E thermocouple or 3-wire Pt100 resistance thermometer input options
■ Relay, voltage pulse or analog 4-20mA output types
■ 2 levels of keypad security locking
■ Five-stage PV deviation bargraph
■ Selectable operation, PID, PD or ON/OFF
■ Automatic reset function in PD control
■ 8 function temperature alarm relay
■ Optional second alarm relay
■ Alarm hysteresis adjustable from 0.1 to 99.9˚C
■ Fast sampling period 0.25 seconds
■ Case and wiring connections identical to GCS-23A
FCS-13A and FCS-23A for ease of upgrading
■ IP54 protection
■ UL and CSA approved
GCS-132 – R / EJ AL2 100-240VAC
48x48mm PID controller with single
3-digit display and one alarm
Main control output:
Relay output
R
Signal voltage for SSR
Analogue current 4-20mA
S
A
–
100-240VAC supply
24VAC/DC supply
Without second alarm
AL2 With second alarm
J-thermocouple
K-thermocouple
E-thermocouple
Pt100 resistance thermometer
EJ
EK
EE
R
*
*For Pt100 input, please specify temperature range -19.9 to 99.9˚C or -199 to 400˚C
Please note: all models supplied with the following:
BL – Screw mounting bracket IP – IP54 protection
Input type
Rated scale
Sensor resistance
Accuracy
Display
Control action
Proportional band
Integral time
Derivative time
Hysteresis in On/Off action
Proportional cycle
Output: relay types
Output: signal voltage types
Output: analogue types
Temperature alarm relay A1
Temperature alarm relay A2
Temp. alarms setting accuracy
Temperature alarms action
High limit alarm
Low limit alarm
Mounting
Front panel
Weight
Case material
(1)
(1)
High/low limits alarm
Dielectric strength (2)
(1)
High/low limits range alarm
Absolute value (process) alarm
Sensor correction (input shift)
Sensor break protection
Supply voltage
Power consumption
Ambient temperature
Ambient humidity
Insulation resistance (2)
K-thermocouple
0 to 999˚C
J-thermocouple E-thermocouple
0 to 999˚C
100 Ω or less
0 to 600˚C
±0.3% of full scale ± digit
3 digit red LED, 10mm high
DIN Pt100 RTD J Pt100 RTD
–19.9 to 99.9/–199 to 400˚C
10 Ω per wire or less
User-selectable: PID with autotune, PD with autoreset, on/off
0 to 999˚C (0.0 to 99.9 for Pt100 with decimal point) on/off action when set to 0. Factory set to 10˚C
1 to 999 secs (off when set to 0), Factory set to 200 secs
1 to 300 secs (off when set to 0), Factory set to 50 secs
0.1 to 99.9˚C, Factory set to 1.0˚C
1 to 120 seconds, Relay output type: Factory set to 30 secs; Signal voltage type: Factory set to 3 secs
SPNO: 250V, 3A resistive load; 250V, 1A inductive load, cos ø = 0.4
12VDC +2VDC/–0VDC 40mA, short-circuit protected
4 to 20mA DC – max. load resistance 550
Ω
SPNO: 250V 3A resistive load; 250V, 1A inductive load, cos ø = 0.4
SPNO: 250V 3A resistive load; 250V, 1A inductive load, cos ø = 0.4
±0.3% of full scale ±1 digit
ON/OFF action, hysteresis 0.1 to 99.9˚C. Factory set to 1.0˚C
Deviation from SV: -199 to + input range maximum value –19.9 to 99.9˚C for Pt100 with decimal point
Deviation from SV: -199 to + input range maximum value –19.9 to 99.9˚C for Pt100 with decimal point
Deviation from SV: ± (1 to input range maximum value) ±(0.1 to 99.9˚C) for Pt100 with decimal point
Deviation from SV: ± (1 to input range maximum value) ±(0.1 to 99.9˚C) for Pt100 with decimal point
Input range minimum value to input range maximum value
–100 to 100˚C (–10.0 to 10.0˚C for Pt 100 with decimal point) factory set to 0
Upscale: Control output off
85 to 264VAC 50/60Hz (100-240 VAC+10%-15%); 20 to 28 VDC/AC 50/60Hz
8VA approx.
0 to 50˚C
35 to 85% r.h. (non-condensing)
>10M
Ω at 500VDC
1.5k VAC for 1 min between: Sensor input terminals and ground, Power terminals and ground,
Control output terminals and ground, Alarm output terminals and ground, Sensor input terminals and
Power terminals, Control output terminals and Power terminals, Alarm output terminals and Power terminals
Flush
Membrane sheet keyboard, IP54
130g approx
Light grey polycarbonate, flame retardant and self-extinguishing
(1) Can be programmed to operate with or without ‘standby’ function (2) Do not apply voltage between sensor input terminals and control output terminals of GCS-132-S or GCS-132-A models

Alarm output
85 to 264Vac or
20 to 28Vac/dc
A2
1
2
A1
3 COM
4 A1
5 A2
CT input
Relay contact output
Control output
6
7
8
A
9
B
10
B
RTD
(3-wire)
6
7
8
10
Non-contact voltage output or current output
Thermocouple
8
9
10 c
2-wire RTD
8
9
10
LINK
CT input for heater burnout option only.
With extension cables
Without extension cables
Notes: ● For ease of connection, especially when using cable trunking, all the terminals are designed to accept wires from the left (when
● looking from the rear of the unit).
If using a pre-wired, 2-wire Pt100 RTD, without connecting extension cables, a link should be added between terminals 9 and 10. If
● using extension cables, a third wire should be added from point C, one of the joins, as in the diagram above and all three wires should be the same gauge and length. If a simple link is added between terminals 9 and 10 in this case, no compensation for lead length will be applied.
As there is no fuse inside the temperature controller, it is recommended that one is provided in the external wiring to the power
●
●
●
● supply terminals.
The sensor wires should not be run adjacent to an AC power supply or the wires to the power supply terminals.
When using the relay contact output version it is recommended to provide an auxiliary relay to protect the contacts of the temperature controller’s built-in relay, even if the intended load capacity is smaller than that of the built-in contacts.
For ease of replacement without disconnecting the wiring, or to gain access to the internal programming switches, the unit can be withdrawn from the housing by pressing the release lever under the bezel and pulling firmly, holding the indents in the top and bottom of the bezel.
When re-assembling, ensure that the unit is the correct way up and that the sealing gasket has not been dislodged.
FCSTC
FC-48-S
Finger-touch protection cover for the screw terminals.
Clear silicone rubber cover to enclose the complete bezel to give IP66 protection. Installed by placing over the bezel before the controller is panel mounted. Mounting then traps the cover between the controller and the panel for complete sealing. Operation of the keypad is still possible through the cover.
▼
▼
48
Mounting panel thickness 1 to 15mm
10 nX48-3+0.5
-0
Close mounting of n units
100
▼
▼
Individual mounting
45+0.5
-0