CH102 48*48 universal input, Analog, relay, SSR temperature controller

1,Outline dimension

1:,*8**8***0mm,   2:*8**6***0mm,     3:*2**2***0mm,     4:*6**6***0mm

2,Control Mode

F: PID operation and auto calculating(reverse operation)

D: PID operation and calculating(Forward operation)

W: heating/cooling PID operation and auto calculating(cooling water*1)

A:  heating/cooling PID operation and auto calculating(cooling wind*1)

3,Input mode

Refer to imput range table

4,Range code

Refer to Input Range Table

5,First control

output(OUT1)

(Heating side)

M:Relay contact output             8:Current output(4~*0mA)

V:Voltage impulse output           G:Thyratron driving & triggering output

T:Thyratron output

6,Second control

Output(OUT2)

(Cooling sidee)*2

No mark:when the control mode is for D

M:Relay contact output             T:Thyratron output

V:Voltage impulse output             8:Current output(4~*0mA)

7,First alarm (ALM1)

 

8,Second alarm

(ALM2)*2

N:no alarm

A:Upper-limit bias alarm                 J:Lower-limit alarm

B:Lower-limit bias alarm                 K:Standby upper-limit alarm attached

C:Upper/Lower limit bias alarm           L:Standby lower-limit alarm attached

D:alarm area                           P:Heater breakage alarm(CTL*6)*3

E:Standby upper-limit bias alarm attached   S:Heater breakage alarm(CTL**2)*3

F:Standby lower-limit bias alarm attached   R:Control line breakage alarm*4

G:Standby upper/lower limit bias alarm     V:Upper-limit set value alarm

H:Upper-limit value alarm           W:Lower-limit set value alarm

9,Communication*5

N:No communication                   5:RS***5(two-wire system)