The danger of fire is self-evident. Fires caused by electrical equipment in modern life are increasing year by year.
Product Details
Waterproof Industrial Power Plug
E Series 63/125A IP67 Surface Inlet
Product Name
Waterproof Industrial Power Plug
Specification
1) Rated current:63/125A
2) Rated voltage: 110-130V~/220-250V~/380-415V~
3) No. of poles:2P+E/3P+E/3P+N+E
Protection Degree
IP67
Standards
EN/IEC 60309-1, EN/IEC 60309-2
Certificates
CE, CB
Uses:
The outer shell of the waterproof industrial power plug is made of nylon PA66, which has corrosion resistance, high strength and high flame retardant properties. The insert part is made of copper 3602 material, which has high elasticity and continuity. These products are ideal for power connections in harsh environments.
The waterproof industrial power plug are widely used in the power connection of airports, docks and outdoor construction sites, and can also be used in many electromechanical equipment, refrigeration products, kitchen equipment, stage lighting, etc.
All products are divided into two levels of protection: one is IP44 waterproof splash, and the other is IP67 can be used in very humid places.
Features of Waterproof Industrial Power Plug :
Screw terminals
Internal fixing
One cable entry at top and two blind cable entries (can be cut out) at bottom
Models:
A Ampere
V Voltage
Hz Frequency
Earth Hr Pos.
Earth Hr Pos.
Earth Hr Pos.
63A IP67
110V
50-60Hz
152334
4
152344
4
152354
4
240V
50-60Hz
152336
6
152349
9
152359
9
415V
50-60Hz
152339
9
152346
6
152356
6
125A IP67
110V
50-60Hz
152434
4
152444
4
152454
4
240V
50-60Hz
152436
6
152449
9
152459
9
415V
50-60Hz
152439
9
152446
6
152456
6
※ Special voltage/color as per customers' requirement
Dimensions:
Product advantages and testing
Glow wire experiment GLOW WIRE TEST
The danger of fire is self-evident. Fires caused by electrical equipment in modern life are increasing year by year. Parts of electrical products may ignite due to overloading of the original and poor contact.
The glow wire tester uses the simulation technology to assess the risk of fire caused by thermal stress in a short period of time due to a heat source such as a hot original overload resistor.