1. Display method: LED display directly
2. Basic error: ≤ 1.0%FS± 1B
3. Fixed point error: ≤ 1.0%FS
4. Cold end compensating deviation: 0~50ºC deviation<2
5. Time proportional adjustment: Scope 1%~3%, period: 30S± 10S
6. Output contact capacity: AC 220V 3A(resistance load)
7. Power Supply: 90VAC-242VAC, 50Hz/60Hz
8. Power consumption less than 3W
9. Work environment: Temperature 0~50.0, relative humidity85%RH, without corrode.
10. External dimensions(mm): 72*72*95 hole size: 68*68
Model meaning
X M (1)(2) - (3) (4)(5)(6)
1:Display control method:"T" temperature controller;"Z" single display instrument
2:Size
Empty:160×80×50 Installation hole 152×76; A:96×96×150 Installation hole 92×92
B:60×120×150 Installation hole 56×116; D:72×72×110 Installation hole 68×68
E:48×96×110 Installation hole 44×92; F:96×48×110 Installation hole 92×44
G:48×48×110 Installation hole 45×45 ; H:80×160×150 Installation hole 76×156
3:operation display method
'1'potentiometer setting,entire measurement distance display;
'2'push-numerical code switch seeting ,entire measurement distance display.
4:master control method
'0'ON/OFF adjustment; '1'ON/OFF differential control (dead space enlargement)
'2'2-ON/OFF adjustment; '3'time proportional ON/OFF adjustment; '5'Solid state relay adjustment'6mono-phase trigger adjustment ; '7'mono-phase over zero trigger adjustment
'8'3-phase over zero trigger zdjustment ; '9'continuous PID standard current signal output
5:an additional alarm
blank or '0':indicates no alarm '1':upper limit touch alarm ; '2':lower limit touch alarm ;
'3':upper,lower limit touch alarm;
6:input signal classification :
'1'thermocouple; '2'thermresistance;'3'mV signal ; '4'resistance signal
'5'standard current signal; '7'humidity sensor
suffix 'D'30A big power relay
After the instrument is wired,set the numerical code switch at the required setting value of temperature ,
at which the digits displayed indicate the value of the actual temperature.when the actual value of
temperature is lower than the lower limit setting,the green bulb lights up and both the upper and
lower-limit relays will be connected at "General low"and disconnected at "Gneral High";When the actual
value reaches or exceeds the lower limit setting,but is still lower than the upper limit setting ,both the
green and red bulbs turn off and the lower limit sensor is disconnected at "general low",but connected
at "general high",while the upper limit relay is still connected at "general low",disconnected at "general
high".When the actual value reaches or exceeds the upper limit setting,both the upper and low limit
relays are disconnected at "general low",connected at "general high".In general when making the
temperature control ,may use the output of the lower limit relay as an auxiliary heating control and use
the upper limit relay for the heating control.Alao may use the output of the lower limit relay for the
temperature control,and use that of the upper limit relay for the over-temperature alarm.
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