Model | OUT1 (Note 1) | OUT2 (Note 2) | Alarm (Note 3) | Communication |
AI808P-4-RB10 | Relay output | Relay output | 1 | No |
AI808P-4-SB10 | SSR output | Relay output | 1 | No |
AI808P-4-DB10 | 4-20mA current output | Relay output | 1 | No |
AI808P-4-RB18 | Relay output | Relay output | 1 | RS485 (Modbus RTU) |
AI808P-4-SB18 | SSR output | Relay output | 1 | RS485 (Modbus RTU) |
AI808P-4-DB18 | 4-20mA current output | Relay output | 1 | RS485 (Modbus RTU) |
Model | OUT1 (Note 1) | OUT2 (Note 2) | Alarm (Note 3) | Communication |
AI808P- _RC10 | Relay output | Relay output | 2 | No |
AI808P- _SC10 | SSR output | Relay output | 2 | No |
AI808P- _DC10 | 4-20mA current output | Relay output | 2 | No |
AI808P- _RC18 | Relay output | Relay output | 2 | RS485 (Modbus RTU) |
AI808P- _SC18 | SSR output | Relay output | 2 | RS485 (Modbus RTU) |
AI808P- _DC18 | 4-20mA current output | Relay output | 2 | RS485 (Modbus RTU) |
Note:
OUT1: 4-20mA current output, load capacity: 600 max.
Relay output capacity: 3A/250V AC
SSR output capacity: 30mA/24V DC
OUT2: Can be workable just under heating-cooling c ontrol(OT=3); under other control mode,
worked as alarm 3 (For size:48*48 worked as alarm 2)
Relay output capacity: 1A/250V AC.
OUT3: Alarm 3:
Relay output capacity: 1A/250V AC
Power supply | AC/DC 100-240V |
Total current | <30mA 220VAC |
Ambient temperature | 0-50°C |
Ambient humidity | 45-85%RH |
Measurement accuracy | ±0.3%FS±3digits 25°C |
Control mode | ON/OFF control PID heating control PID cooling control PID heating & cooling control |
Communication function | RS485 communication interface, MODBUS protocol |
Panel protection level | IP65 |
Temperature excursion | is less than or equal to 0.01%FS/°C |
Dielectric strength | Between the connectors of power supply to relay output, power supply to signal input, relay output to signal input is greater than or equal to 2000VDC; Between the low voltage signal isolated with each other 600VDC |
No | Input type | Measuring range | Resolution | Input impedance |
0 | K type thermocouple | -50~1300°C | 1°C | >100KΩ |
1 | J type thermocouple | -50~1200°C | 1°C | >100KΩ |
2 | E type thermocouple | -50~1000°C | 1°C | >100KΩ |
3 | T type thermocouple | -50~400°C | 1°C | >100KΩ |
4 | B type thermocouple | 600~1800°C | 1°C | >100KΩ |
5 | R type thermocouple | -10~1700°C | 1°C | >100KΩ |
6 | S type thermocouple | -10~1600°C | 1°C | >100KΩ |
7 | N type thermocouple | -50~1200°C | 1°C | >100KΩ |
8 | Reserved | |||
9 | PT100 | -199.9~850.0°C | 0.1°C | (0.2mA) |
10 | JPT100 | -199.9~500.0°C | 0.1°C | (0.2mA) |
11 | CU50 | -50.0~150.0°C | 0.1°C | (0.2mA) |
12 | CU100 | -50.0~150.0°C | 0.1°C | (0.2mA) |
13 | Linear voltage | 0~50mV | 0.01%FS | >100KΩ |
14 | Linear current | 4~20mA | 0.01%FS | <110Ω |
15 | Linear voltage | 0~10V | 0.01%FS | >100KΩ |
16 | Linear resistance | 0~400Ω | 0.01%FS | (0.2mA) |