Product specifications: Installation and usage scenario: Distribution cabinet/box, equipment box, lightning arrester category: Power supply, nominal operating voltage (Un): 120V, maximum continuous operating voltage (Uc): 320V, nominal discharge current (In) 8/20 μ s: 20KA, maximum discharge current (Imax) 8/20 μ s: 40KA, interface type: terminal block
Product Introduction
OMP-APC403A Surge Protection Device (SPD) is designed to protect residential and small office/home offices. By connecting it in parallel to the panel, it can be easily and quickly installed. Very suitable for protecting homes, entertainment systems, and office computers with sensitive modern appliances, the IP67 waterproof rating is also an ideal choice for outdoor equipment installation.
◎ Product Features
The IP67 waterproof casing can withstand outdoor/indoor environments.
The illuminated diagnostic LED indicates surge protection and power supply.
■ Wired installation.
■ Including installation feet.
◎ Application
Residential power distribution panel
Motor and HVAC equipment
Small office/home office equipment
■ Well pump and automatic sprinkler system panel
| name |
Surge protection device |
| model |
OMP-APC403A |
| Lightning arrester configuration (wiring) |
3 Wiring
L1/L2 (black), N (white)
|
| Test category |
Class II / T2 |
| protected mode |
L-N,L-L |
| Rated voltage (Un) 50Hz/60Hz |
120V( L-N) / 250V( L-L) |
| Maximum Continuous Operating Voltage (MCOV) 50Hz/60Hz
|
160VAC (L-N)
320VAC (L-L)
|
| Voltage Protection Rating (VPR) (L-N) |
750V@20KA |
| Voltage Protection Rating (VPR) (L-L) |
1200V |
| Nominal discharge current (In) (15 times) |
20kA (8/20μs) |
| Maximum discharge current (Imax) (once) |
40kA(8/20μs) |
| Response time (Ta) |
≤25ns |
| Connecting wire section (wiring)
|
12 AWG/4mm2×600±10mm(PG9) |
| Working temperature range |
-40℃~+85℃ |
| relative humidity |
≤95% |
| size |
67 * 67 * 46mm (excluding lugs and connectors) |
| waterproof rating |
IP67 |
| install |
screw fixation |
| Shell material |
PC(V0) |
| Test Basis |
GB18802.11-2020、IEC61643-11-2011 |