hpmont HD3N Series - Input;Output Phase Loss Fault; PID Fault Detection; Appendix A Parameters; Fault Auto-reset Function and Fault Relay Action

Appendix A Parameters Shenzhen Hpmont Technology Co., Ltd.
- 138 - HD3N Series User Manual V1.1
Ref. Code
Function Setting Range Default Unit Attribute Setting
F20.08
The detection base of lack
of input
0 - 80%
0%: Not detect E0018 fault
30% 1%
○
F20.09
The detection time of lack
of input
1.00 - 5.00s 1.00s 0.01s
○
F20.10
The detection base of lack
of output
0 - 100%
0%: Not detect input phase loss
20% 1%
○
F20.11
The detection time of lack
of output
1.00 - 20.00s 3.00s 0.01s
○
F20.12
PID setting lose detection
value
0 - 100%
0%: Not detect PID setting loss
0% 1%
○
F20.13
PID setting loss detection
time
0.00 - 10.00s
0.00s: Not detect PID setting loss
0.20s 0.01s
○
F20.14
PID feedback loss
detection value
0 - 100%
0%: Not detect PID feedback loss
0% 1%
○
F20.15
PID feedback loss
detection time
0.00 - 10.00s
0.00s: Not detect PID feedback loss
0.20s 0.01s
○
F20.16
Detection value at PID
feedback out of the limit
0 - 100%
100: Not detect PID feedback
exceeding limit
100% 1%
○
F20.17
Detection time at PID
feedback out of the limit
0.00 - 10.00s
0.00s: Not detect PID feedback
exceeding limit
0.20s 0.01s
○
F20.18 Fault auto reset times
0 - 100
0: No auto reset function
0 1
○
F20.19 Fault auto reset interval 0.01 - 200.00s/per time 5.00s/
次
0.01s/
次 ○
F20.20 Faulty relay action
Unit: In auto reset process
0: Faulty relay doesn’t act
1: Faulty relay acts
Ten: In undervoltage process
0: Faulty relay doesn’t act
1: Faulty relay acts
00 1
○
F20.21 NO.5 fault type
1. E0001 - E0003 and E0008 can be
reset only after reporting to 3s
2. E0022 does not affect the normal
use of HD3N
-Lu-: DC bus undervoltage
E0001: Inverter output overcurrent
(in Acc process)
E0002: Inverter output overcurrent
(in Dec process)
E0003: Inverter output overcurrent
(in constant speed process)
E0004: DC bus over voltage
(in Acc process)
0 1 *