Hardware Specification - HANYOUNG NUX GR200 Series User Manual

2. Hardware specification

▶ Power input
Power voltage
Power frequency
Power consumption
Maximum internal fuse ratings 250 V AC
Internal voltage
Insulation resistor
▶ Sensor input
Number of channels
Input type
Sampling period
Current to measure the
thermoresistor (RTD)
Input resistor
Allowable wiring resistor
Impact of the wiring resistor
Allowable input voltage
Degree
The error in the reference
junction compensation (RJC)
Sensor short detection (Burn-out) UP-Scale for the short
▶ Contact input
Maximum input
Input method
On/Off detection resistor
Minimum detection time
100 – 240 V AC Voltage fluctuation rate ±10 %
50 – 60 ㎐
22 VA max
Primary terminal* and secondary terminal** : Minimum 1500 VAC for 1 minute
Primary terminal* and FG terminal : Minimum 1500 VAC for 1 minute
Secondary terminal** and FG terminal : Minimum 1500 VAC for 1 minute
Secondary terminal** and secondary terminal** : Minimum 500 VAC for 1 minute
* Primary terminal : Power terminal (except the FG terminal) and the relay
output terminal
** Secondary terminal : Sensor input terminal, contact input terminal,
communication terminal
20 ㏁ between the power terminal and the FG terminal or 500 VDC
2, 4, 8, 12 (Refer to the type configuration)
2 thermoresistors (Pt-100, KPt-100)
12 thermocouples (K, J, E, T, R, B, S, L, N, U, Wre 5-26, PL-II)
4 VDC (-10 - 20 mV, 0 - 100 mV, 1 - 5V, 0 - 30 V)
※ The current input (4 - 20 ㎃ DC) is available when you use
resistance 250 Ω (0.5 W / 0.1 %) on input terminals.
250 ㎳
About 0.21 ㎃
Thermocouple : More than 1 ㏁, VDC : More than 1 ㏁
Thermoresistor : Maximum 100Ω/wire
(The RTD is up to 10Ω/wire for the range of -100.00 - .150.00)
Thermocouple : Less than 200 Ω
VDC : Less than 2 ㏀
Thermoresistor : ±0.3 °C/10 Ω (The 3 lines have the same wiring resistors)
Thermocouple : Less than ±10 V DC, VDC : Less than ±33 V DC
±0.15 % of F.S, ±1 digit (Except the RJC temperature error)
※ Refer to the input table
±1.5 ℃ (0 ~ 50 ℃)
4
No voltage contact input
Consider on less than 1 ㏀ minimum and off larger than 10 ㏀
0.25 second
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