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Wholesale 200 Amp Plug

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_0011_0542

SF-0542 High-Performance 200A Industrial Power Plug

Earth contact position 6h
Rated current(A) 200
Pole 4
Dimension(mm) a 302
b 142
c 134
d 65
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  200A
Voltage(V):  380-415V~3P+E
Protection degree:  IP67

_0003_3542

SF-3542 IP67 200A High Amperage Industrial Plug

Earth contact position 6h
Rated current(A) 200
Pole 4
Dimension(mm) a 140
b 140
c 120
d 120
e 145
f 20
g 120
h 178
i 9
j 36
Cable nominal cross-section area(mm²) 45-66
Current(A):  200A
Voltage(V):  380-415V~3P+E
Protection degree:  IP67

_0007_2542

SF-2542 380V 6h Positioning Industrial Plug

Earth contact position 6h
Rated current(A) 200
Pole 4
Dimension(mm) a 328
b 162
c 65
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  200A
Voltage(V):  380-415V~3P+E
Protection degree:  IP67

_0010_0552

SF-0552 Extended Voltage 200A Industrial Plug

Earth contact position 6h
Rated current(A) 200
Pole 5
Dimension(mm) a 302
b 142
c 134
d 65
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  200A
Voltage(V):  220-380V~/240-415V~3P+N+E
Protection degree:  IP67

_0002_3552

SF-3552 High Current 6h Industrial Power Plug

Earth contact position 6h
Rated current(A) 200
Pole 5
Dimension(mm) a 140
b 140
c 120
d 120
e 145
f 20
g 120
h 178
i 9
j 36
Cable nominal cross-section area(mm²) 45-66
Current(A):  200A
Voltage(V):  220-380V~/240-415V~3P+N+E
Protection degree:  IP67

_0006_2552

SF-2552 IP67 High Electric Potential Industrial Plug

Earth contact position 6h
Rated current(A) 200
Pole 5
Dimension(mm) a 328
b 162
c 65
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  200A
Voltage(V):  220-380V~/240-415V~3P+N+E
Protection degree:  IP67

_0009_0642

SF-0642 / SF-0742 6h Position 250V Industrial Plug

Earth contact position 6h
Rated current(A) 250,400
Pole 4
Dimension(mm) a 402
b 179
c 264
d 65
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  250A, 400A
Voltage(V):  380-415V~3P+E
Protection degree:  IP67

_0001_3642

SF-3642 / SF-3742 IP67 380V Heavy Current Plug

Earth contact position 6h
Rated current(A) 250,400
Pole 4
Dimension(mm) a 213
b 216
c 127
d 127
e 157
f 90
g 153
h 140
i 6
Cable nominal cross-section area(mm²) 45-66
Current(A):  250A, 400A
Voltage(V):  380-415V~3P+E
Protection degree:  IP67

_0005_2642

SF-2642 / SF-2742 3P+PE High Amp Industrial Plug

Earth contact position 6h
Rated current(A) 250,400
Pole 4
Dimension(mm) a 447
b 238
c 65
d 213
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  250A, 400A
Voltage(V):  380-415V~3P+E
Protection degree:  IP67

_0008_0652

SF-0652 / SF-0752 IP67 6h High-Flow Current Plug

Earth contact position 6h
Rated current(A) 250,400
Pole 5
Dimension(mm) a 402
b 179
c 264
d 65
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  250A, 400A
Voltage(V):  220-380V~/240-415V~3P+N+E
Protection degree:  IP67

_0000_3652

SF-3652 / SF-3752 380V 6h Industrial Power Plug

Earth contact position 6h
Rated current(A) 250,400
Pole 5
Dimension(mm) a 213
b 216
c 127
d 127
e 157
f 90
g 153
h 140
i 6
Cable nominal cross-section area(mm²) 45-66
Current(A):  250A, 400A
Voltage(V):  220-380V~/240-415V~3P+N+E
Protection degree:  IP67

_0004_2652

SF-2652 / SF-2752 High-Amperage Contact Industrial Plug

Earth contact position 6h
Rated current(A) 250,400
Pole 5
Dimension(mm) a 447
b 238
c 65
d 213
Ø 45-66
Cable nominal cross-section area(mm²) 45-66
Current(A):  250A, 400A
Voltage(V):  220-380V~/240-415V~3P+N+E
Protection degree:  IP67

About
Wenzhou Shangfeng Electric Co.,Ltd.
Wenzhou Shangfeng Electric Co.,Ltd.
Wenzhou Shangfeng Electric Co.,Ltd. is located in Liushi, the "Chinese Electrical Capital", adjacent to the Yongtaiwen Expressway and National Highway 104, the largest port in Wenzhou - Qili Port in the south, and the Wenzhou Airport and Railway Station in the west. The sea, land, and air transportation is very convenient.
As China 200A-630A Plugs suppliers and 200A-630A Plugs factory, we are mainly engaged in wholesale 200A-630A Plugs, The company has introduced advanced technology and equipment, passed the ISO9001 international quality system, China Quality Certification Center CQC certification, and obtained the European Community CE safety certification, ROHS environmental protection directive certification, and continuously introduced senior technical personnel and enterprise management personnel, and has gradually acquired production technology. The company specializes in producing industrial plugs, sockets, couplers (connectors), nylon cable ties, and other products. The company strictly follows international standards such as IEC60309, EN60309, and CEE17 and national standards such as GB11918 and GB11919. The product design is unique and the structure is reasonable.
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News

Selecting 200A–630A Plugs for Industrial Power: What Prevents Heat, Downtime, and Unsafe Disconnects

High-current connections are unforgiving: small issues in contact quality or retention can turn into heat buildup, nuisance shutdowns, or dangerous interruptions. When specifying 200A-630A Plugs, the goal is simple—deliver stable current transfer repeatedly, in real environments where dust, vibration, rain, and rushed changeovers are normal.

Where 200A–630A plugs are commonly used (and why selection matters)

In procurement and field use, a high-current Industrial Power Plug is often chosen for:

  • large motors, compressors, pumps, and industrial heaters
  • generator outputs and temporary site power systems
  • construction distribution boards and equipment yards
  • outdoor operations where connectors see weather and rough handling

These applications punish weak retention and inconsistent assembly—so the plug must be treated as a reliability component, not just a commodity part.

The practical checklist engineers use in the field

1) Contact performance

Once you're above 200A, heat is often created by small contact issues rather than the load itself. Better designs typically focus on:

  • stable contact force and well-defined mating surfaces
  • conductive parts built to tolerate frequent coupling cycles
  • repeatable manufacturing that keeps electrical performance consistent from lot to lot

2) Retention and locking (preventing the most common site failure)

On construction and industrial sites, unexpected power loss is frequently caused by a connector getting bumped, pulled, or vibrated loose. Secure locking helps to:

  • resist cable strain and vibration during operation
  • keep the connection intact while equipment is repositioned
  • reduce nuisance stops during long shifts and continuous runs

3) Durability for harsh environments (because "industrial" often means outdoors)

If the plug will live in the real world—dust, rain, impacts—evaluate it for:

  • resistance to drops, knocks, and tool contact
  • housing materials that hold up under UV and temperature swings
  • design details that limit dust and moisture entry at joints and interfaces

4) IEC 60309-style conventions (easier standardization and sourcing)

Choosing products aligned with IEC 60309 practices usually makes operations smoother by enabling:

  • simpler standardization across projects and teams
  • more predictable spares management and quicker replacements
  • clearer inspection expectations when multiple regions or contractors are involved

Sizing and configuration: avoiding costly mismatches

When buyers compare 200A-630A Plugs, the risk isn't only "undersized current." It's also mismatched configuration that forces adapters or unsafe workarounds. Good sourcing practice is to confirm:

  • required current rating range and duty cycle (continuous vs intermittent)
  • pin arrangement/polarization to prevent mis-mating
  • cable entry direction and strain relief needs for the installation space
  • site conditions (indoor, outdoor, washdown, dust-heavy zones)

Done right, you reduce rework, speed up commissioning, and keep the connection "boringly reliable.

Common mistakes that lead to service calls (and how to prevent them)

  • Choosing by current only: retention, environment, and duty cycle often cause failures first.Ignoring cable pull and handling: weak strain relief turns into loosening over time.
  • Overcomplicating spares: mixing too many variants increases downtime when replacements are needed.

Standardize where possible, and prioritize designs that stay mechanically secure after repeated use.