Suzhou Lily Tech. Co., Ltd.
Page 3. Total 5 pages
Code parameter table:
Code
Function Range Remark
Factory
Default
t0 Temp. control mode H/C H: heat; C: cool H
t1 Temp. hysteresis
0.1 ~ 20
℃
0.1
t2 Time delay protection for Temp. load 0 ~ 30 min 0
t3 Temp. calibration
-9.9 ~ +9.9
℃
0
t4 Temp. high limit (relative value, R1) 0 ~ 20 If 0, no high temp. limit 0.2
t5 Temp. low limit (relative value, R1) 0 ~ 20 If 0, no low temp. limit 0.1
t6 Temp. high warning point (relative value) 0 ~ 65 If 0, no high temp. warn 0
t7 Temp. low warning point (relative value) 0 ~ 65 If 0, no low temp. warn 0
h0 Humidity control mode H/P H: humidify; P: dehumidify H
h1 Humidity hysteresis 1 ~ 20 % 2
h2 Time delay protection for Humi. Output 0 ~ 30 min 0
h3 Humidity calibration -20 ~ +20% 0
h4 Humidity high limit (relative value, R1) 0 ~ 20 % If 0, no high humidity limit 5
h5 Humidity low limit (relative value, R1) 0 ~ 20 % If 0, no low humidity limit 2
h6 Humidity high warning point (relative value) 0 ~ 80 % If 0, no high humidity warn 0
h7 Humidity low warning point (relative value) 0 ~ 80 % If 0, no low humidity warn 0
u0 Egg turn (R4, R5) deenergized time 0 ~ 999 min If 0, no turn function 60
u1 Egg turn (R4, R5) energized time 0 ~ 999 sec If 0, no turn function 30
u2 Egg turn times 0 ~ 999 If 0, turn without shop 0
u3 Exhaustion fan (R1) deenergized time 0 ~ 999 min If 0, no exhaustion 120
u4 Exhaustion fan (R1) energized time 0 ~ 999 sec If 0, no exhaustion 30
u9 Sensor selection 0/1
0: ZL-SHr03A
1: ZL-SHr05B
0
Control Function Instruction
Temperature control
Heat mode【t0 = H】
When Room temp. ≤ Set temp. (TP) –【t1】, and Temp. Output (R3) has stopped for【t2】,
Temp. Output (R3) will be energized.
When Room temp. ≥ Set temp. (TP), Temp. Output (R3) will be deenergized.
Cool mode【t0 = C】
When Room temp. ≥ Set temp. (TP) +【t1】, and Temp. Output (R3) has stopped for【t2】,
Temp. Output (R3) will be energized.
When Room temp. ≤ Set temp. (TP), Temp. Output (R3) will be deenergized.
Over high temperature limit protection (only for heat mode)
When Room temp. ≥ Set temp. (TP) +【t4】, Fan Output (R1) will be energized.
When Room temp. ≤ Set temp. (TP) +【t4】-【t5】, Fan Output (R1) will be deenergized.