| SN | Name | Explanation |
1 | Outer Dimension (mm) | A: 48X48X85 B: 48X96X82 C: 96X48X82 D: 72X72X82 E: 96X96X82 G: 160X80X70 |
| 2 | Design Code | 2C: 2C series product |
| 3 | Control Methods | 0: PID control 1: step control |
| 4 | Input Methods | 1: Thermocouple 2: RTD |
| 5 | Output Methods | 1: Break Output 2: Continuous Output |
| 6 | Refrigerating Methods | 0: No Refrigerating 1: Step Refrigerating 2: Proportional Refrigerating 3: PID Refrigerating |
| 7 | Alarm Methods | 0: No alarm 1: upper limit upward alarm 2: lower limit downward
alarm 3: upper/lower limit alarm 4: lower limit upward alarm 5:
upper & lower limit alarm 6: upper/lower limit upward alarm 7:
lower limit downward keep alarm 8: absolute value alarm 9: upper
& lower limit keep alarm |
| 8 | Input Type | 1: K 2:E 3:S 4:Pt100 5: Cu50 6:J |
| 9 | Output Type | 1: relay contact switch output 2: logic electrical level output (to control SSR) 3: single phase SCR Zero-crossing trigger outputto control
thyristor 4: 4-20mA current output 5: 0-5V voltage output 6: 0-10V voltage output 7: phase shift trigger SCR 8: 0-10mA current output |
| 10 | Refrigerating Type | 0: no refrigerating output 1: relay contact switch output 2: logic
level output (used to control SSR) 3: single-phase SCR
zero-crossing trigger output (used to control thyristor) |
| 11 | Alarm Type | 0: no refrigerating output 1: relay contact switch output 2: logic
level output (used to control SSR) 3: single-phase SCR
zero-crossing trigger output (used to control thyristor) |
| 12 | Temperature range (°C) | 1: 0-100 2:0-150 3:0-400 4 : 0-600 5:0-800 6:0-999 7:0-99.9 |
