Powerlock jungtys
Powerlock jungtys
Powerlock jungtys
Powerlock jungtys

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Gamintojas: Phase 3 Connectors ltd

Powerlock jungtys

Reliable Powerlock Connectors

Powerlock connectors are used for transmitting high currents (up to 800A) to mobile devices. They are most commonly used in power generators, distribution boards, transformers, and wind and solar power plants. Powerlock connectors feature mechanical protection and color coding to prevent connection errors. The insulated contacts of the socket and plug eliminate the risk of accidental contact with live parts.

Advantages of Using Powerlock Connectors

  • Maximum operating current of 800A
  • Color-coded and mechanically secured to prevent connection errors
  • Flame-retardant (UL94-V0)
  • Locking mechanism to prevent accidental disconnection under load
  • Insulated socket and plug contacts eliminate accidental contact with live parts
  • Protection rating IP67
  • Possible connection of conductors from 25mm² to 300mm² with a choice of crimp or screw terminals
  • Multi-point contact surface
  • High-impact resistant housing
  • High-temperature resistance of materials used
  • Integrated system to eliminate cable strain
  • Metric standard-compliant cable glands
  • No special tools required for installation
  • Rubber grip for easy connection and impact protection
  • Rubber protective caps to protect disconnected connectors from moisture, dirt, and abrasion



Technical Data

Number of contacts 1
Operating current Up to 800A
Surge current 75kA
Short-circuit current Up to 35.5kA
Conductor connection From 25mm² to 300mm²
Type of terminal Screw or crimp
Connection method Bayonet lock
Operating voltage 1000V AC
Maximum grounding voltage 2kV AC / 3kV DC
Breakdown voltage 9.5kV DC / AC
Insulation resistance >5MΩ
Protection rating IP67
Electric shock protection IP2X
Flammability UL94-V0
Number of mating cycles >500
Housing material High-temperature thermoplastic
Contact plating Silver



International Color Coding Standards (Connector Color)

Region E N L1 L2 L3
United Kingdom (Traditional) Green Blue Brown Black Gray
Europe and United Kingdom (Harmonized) Green Black Red Yellow Blue
Australia Green Black Red White Blue
USA Green White Black Red Blue

Type Wire designation Color Connector type Wire cross-section Cable gland - diameter range
LS = Portable socket
LD = Portable plug
PS = Panel socket
PD = Panel plug		 E = Protective wire
N = Neutral wire
1 = Phase 1 wire
2 = Phase 2 wire
3 = Phase 3 wire		 GN = Green
BL = Blue
BN = Brown
BK = Black
GY = Gray
R = Red
Y = Yellow
W = White		 S = Screw terminal
C = Crimp terminal
T5 = Panel mount 500A
T8 = Panel mount 800A		 ...

120 = 120mm²
150 = 150mm²
185 = 185mm²
240 = 240mm²
300 = 300mm²M40S = 15 - 23mm
M40A = 19 - 28mm
M40B = 22 - 32mm
M50 = 30 - 38mm

Powerlock diagram
Powerlock dimensions

In our offer, you will also find busbar connectors.

Read also:
How to safely disconnect POWERSAFE (POWERLOCK) connectors
5 best installation methods for POWERSAFE (POWERLOCK) connectors

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Reliable Powerlock Connectors

Powerlock connectors are used for transmitting high currents (up to 800A) to mobile devices. They are most commonly used in power generators, distribution boards, transformers, and wind and solar power plants. Powerlock connectors feature mechanical protection and color coding to prevent connection errors. The insulated contacts of the socket and plug eliminate the risk of accidental contact with live parts.

Advantages of Using Powerlock Connectors

  • Maximum operating current of 800A
  • Color-coded and mechanically secured to prevent connection errors
  • Flame-retardant (UL94-V0)
  • Locking mechanism to prevent accidental disconnection under load
  • Insulated socket and plug contacts eliminate accidental contact with live parts
  • Protection rating IP67
  • Possible connection of conductors from 25mm² to 300mm² with a choice of crimp or screw terminals
  • Multi-point contact surface
  • High-impact resistant housing
  • High-temperature resistance of materials used
  • Integrated system to eliminate cable strain
  • Metric standard-compliant cable glands
  • No special tools required for installation
  • Rubber grip for easy connection and impact protection
  • Rubber protective caps to protect disconnected connectors from moisture, dirt, and abrasion



Technical Data

Number of contacts 1
Operating current Up to 800A
Surge current 75kA
Short-circuit current Up to 35.5kA
Conductor connection From 25mm² to 300mm²
Type of terminal Screw or crimp
Connection method Bayonet lock
Operating voltage 1000V AC
Maximum grounding voltage 2kV AC / 3kV DC
Breakdown voltage 9.5kV DC / AC
Insulation resistance >5MΩ
Protection rating IP67
Electric shock protection IP2X
Flammability UL94-V0
Number of mating cycles >500
Housing material High-temperature thermoplastic
Contact plating Silver



International Color Coding Standards (Connector Color)

Region E N L1 L2 L3
United Kingdom (Traditional) Green Blue Brown Black Gray
Europe and United Kingdom (Harmonized) Green Black Red Yellow Blue
Australia Green Black Red White Blue
USA Green White Black Red Blue

Type Wire designation Color Connector type Wire cross-section Cable gland - diameter range
LS = Portable socket
LD = Portable plug
PS = Panel socket
PD = Panel plug		 E = Protective wire
N = Neutral wire
1 = Phase 1 wire
2 = Phase 2 wire
3 = Phase 3 wire		 GN = Green
BL = Blue
BN = Brown
BK = Black
GY = Gray
R = Red
Y = Yellow
W = White		 S = Screw terminal
C = Crimp terminal
T5 = Panel mount 500A
T8 = Panel mount 800A		 ...

120 = 120mm²
150 = 150mm²
185 = 185mm²
240 = 240mm²
300 = 300mm²M40S = 15 - 23mm
M40A = 19 - 28mm
M40B = 22 - 32mm
M50 = 30 - 38mm

Powerlock diagram
Powerlock dimensions

In our offer, you will also find busbar connectors.

Read also:
How to safely disconnect POWERSAFE (POWERLOCK) connectors
5 best installation methods for POWERSAFE (POWERLOCK) connectors

mažiau
Skaityk daugiau

Straipsniai

How POWERLOCK Connectors Work: Key Aspects and Operating Principles How POWERLOCK Connectors Work: Key Aspects and Operating Principles
Paskelbta: žinios
21-12-2023
In today's world, where electricity is an integral part of our lives, connectors play a crucial role in ensuring the...
Read more
5 Best Methods for Installing POWERSAFE (POWERLOCK) Connectors 5 Best Methods for Installing POWERSAFE (POWERLOCK) Connectors
Paskelbta: Žinių bazė
01-10-2024
In this article, we will examine the first two methods, discussing their key steps and recommendations.
Read more
How to Safely Connect POWERSAFE (POWERLOCK) Connectors How to Safely Connect POWERSAFE (POWERLOCK) Connectors
Paskelbta: Žinių bazė
07-10-2024
In this article, we will discuss how to correctly connect cables to the Powersafe Sequential Mating Box power...
Read more
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