CH series intelligent PID thermostat temperature controllers
Product Details
SPECIFICATIONS
INPUT
A) Thermocouple: K,J,E,T,R,S,B,U,L,N,PL2,W5Re/w26Re
B) RTD: Pt100
C) DC input: DC0-5V,DC1-5V,DC0-20mA*,DC4-20mA*
* Requires a 250Ω resistor connected to the input terminal
Input display accuracy: 0.3%±1 of the set value SV
Sampling Time: 0.5 sec
PV BIAS
-1999~9999℃ or -199.9~999.9℃(temperature input)
±full span(voltage/current input)
SETTING RANGE
A) Setting range: same as input range
B) Heat-side proportional band(P): 1 to span or 0.1 to span (ON/OFF action when P=0)
C) Cool-side proportional band(Pc): 0 to 1000% of heat-side proportional band (heat/cool ON/OFF action when Pc=0)
D) Integral time(I): 0 to 3600sec.(PD action when I=0)
E) Derivative time(D): 0 to 3600sec.(PI action when D=0)
F) Anti-reset windup(ARW): 1 to 100% of heat-side proportional band
G)Deadband/overlap: -10 to 10℃(°F ) or -10.0 to 10.0℃(°F)
H) Proportional cycle: 1 to 100 sec.
CONTROL METHOD
A) PID control with autotuning
*Available for reverse and direct action (Specify when ordering)
B) Heat/Cool PID control with autotuning (Specify when ordering)
*Available for air and water cooling type
CONTROL OUTPUT
A) Relay output: 250V AC 5A (resistive load)
B) Voltage pulse output: 0-12V DC (Load resistance: more than 600Ω)
C) Current output: 4-20mA/DC 0-20mA/DC (Load resistance: less than 600Ω)
0-10mA(Load resistance: 800Ω)
TEMPERATURE ALARM
A) Number of alarm: 2 points (Maximum)
B) Alarm action: Deviation High,Low,High/Low,Band Process High,Low
C) Alarm differential gap: 2℃(°F) or 2.0℃(°F) as standard.
ALARM OUTPUT
Relay output, Form A contact 250V AC 5A (resistive load)
WARRANTY
18 months
Specifications
Models | Code | ||||||||
CH102(48x48mm) CH402(48x96mm) CH702(72x72mm) F 口口口-口 口*口 口-口 口 CH902(96x96mm) CH502(96x48mm) CH802(160x80mm) |
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Control method | PID control with AT(reverse action) | F | |||||||
Input type | See Range and Input Code Table | 口口口 | |||||||
Control output (OUT1) |
Relay contact output Voltage pulse output DC current output 4-20mA Triac trigger output Triac output |
M V 8 G T |
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Control output (OUT2) |
Relay contact output Voltage pulse output DC currentoutput 4-20mA Triac output |
M V 8 T |
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Alarm | No alarm See Alarm Code Table |
N 口 |
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Communication | No communication | N | |||||||
IPXX | No waterproofand dustproof | N |
Note: No alarm function when OUT2 used for cooling
POWER SUPPLY
Power Supply | |
100-240VAC | |
24VAC | |
24VDC |
ALARM CODE TABLE
Code | Type |
A | Deviation High |
B | Deviation Low |
C | Deviation High - Low |
D | Deviation Band |
E | Deviation High with Hold |
F | Deviation Low with Hold |
G | Deviation High/Low with Hold |
H | Process High |
J | Process Low |
K | Process High with Hold |
L | Process Low with Hold |
R | Loop break alarm(LBA) |
V | SV High alarm |
W | SV Low alarm |
RANGE AND INPUT CODE TABLE
RTD
Input | Code | Range | |
PT100 | D | 01 | -199.9-649.0℃ |
D | 02 | -199.9-200.0℃ | |
D | 05 | -100.0-200.0℃ | |
D | 08 | 0.0-200.0℃ | |
D | 10 | 0.0-500.0℃ |
VOLTAGE AND CURRENT
Input | Code | Range | |
DC0~5V | 4 | 01 | 0.0~100.0 |
DC1~5V | 6 | 01 | 0.0~100.0 |
DC0~20mA # | 7 | 01 | 0.0~100.0 |
DC4~20mA # | 8 | 01 | 0.0~100.0 |
# A resistor of 250Ω must be connected between input terminals.
THERMOCOUPLE
Input | Code | Range | |
K | K | 01 | 0-200℃ |
K | 02 | 0-400℃ | |
K | 03 | 0-600℃ | |
K | 04 | 0-800℃ | |
K | 05 | 0-1000℃ | |
K | 06 | 0-1200℃ | |
K | 07 | 0-1372℃ | |
J | J | 01 | 0-200℃ |
J | 02 | 0-400℃ | |
J | 03 | 0-600℃ | |
J | 04 | 0-800℃ | |
J | 05 | 0-1000℃ | |
J | 06 | 0-1200℃ | |
R¹ | R | 01 | 0-1600℃ |
R | 02 | 0-1769℃ | |
S¹ | S | 01 | 0-1600℃ |
S | 02 | 0-1769℃ | |
B¹ | B | 01 | 400-1800℃ |
B | 02 | 0-1820℃ | |
E | E | 04 | 0-800℃ |
E | 02 | 0-1000℃ | |
N | N | 01 | 0-1200℃ |
N | 02 | 0-1300℃ | |
T² | T | 01 | -1999-400℃ |
T | 02 | -199.9-100℃ | |
T | 03 | -100.0-200℃ | |
T | 04 | 0.0-350℃ | |
W5Re/W26Re PL II |
W | 01 | 0-2000℃ |
W | 02 | 0-2320℃ | |
A | 01 | 0-1300℃ | |
A | 02 | 0-1390℃ | |
A | 03 | 0-1200℃ |
1.Type R,S,B input: Accuracy is not guaranteed between 0 and 399°C.
2.Type T input: Accuracy is not guaranteed between -199.9~+100.0°C.