RS PRO Commoning Block, 3 Way, 750 V
Technical Document
Specifications
Brand
RS ProNumber Of Ways
3
Termination Method
Screw
Wire Size
35 mm²
Voltage Rating
750 V
Maximum Operating Temperature
+85°C
Country of Origin
Italy
Product details
RS PRO Commoning Blocks
From RS PRO, this compact commoning block is ideal for use in derivation and junction boxes. Not only does its compact design allow for excellent space management, it also has a robust construction with high mechanical resistance. For reliable high-density connections with excellent electrical characteristics, this polycarbonate terminal connector is ideal.
The terminal block features Easy-Entry cable insertion, assuring no strand turn-back when inserting multi-stranded cable. The transparent design of the commoning block allows added visibility of the connection.
The polycarbonate body is self-extinguishing, and the galvanised steel screws have excellent corrosion resistance.
Features and Benefits
Housing material: transparent blue polycarbonate
Self-extinguishing: UL 94 - V0; IEC 695-2-1 to 850°C; IEC 695-2-2
Maximum operating temperature: 85°C
Clamps: Brass
Captive screws: galvanized steel
Protection degree: IP 20
Applications
Whether for device connection to printed circuit boards or for wire-to-wire extensions, terminal blocks provide a straight forward and dependable connection solution. These robust commoning blocks are often used in;
Junction box
Derivation box
Panel boards
Demarcation points
Equipotential earthing
Why RS PRO?
RS PRO strives to give you reliable parts at competitive prices. With in-house experts testing all of our RS PRO branded products, we're confident we'll satisfy your demand for quality and dependability.
RS PRO has an extensive range of electrical connector components. Whether you're operating in an industrial environment or need support for domestic maintenance, RS PRO is with you every step of the way.
Approvals
UL 94 - V0; IEC 695-2-1 to 850 °C; IEC 695-2-2
CEI EN 60998-1
CEI 23-21; II Ed. (EN 60998-2-1) + V1
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AED 34.65
Each (ex VAT)
AED 36.38
Each (inc. VAT)
1
AED 34.65
Each (ex VAT)
AED 36.38
Each (inc. VAT)
1
Technical Document
Specifications
Brand
RS ProNumber Of Ways
3
Termination Method
Screw
Wire Size
35 mm²
Voltage Rating
750 V
Maximum Operating Temperature
+85°C
Country of Origin
Italy
Product details
RS PRO Commoning Blocks
From RS PRO, this compact commoning block is ideal for use in derivation and junction boxes. Not only does its compact design allow for excellent space management, it also has a robust construction with high mechanical resistance. For reliable high-density connections with excellent electrical characteristics, this polycarbonate terminal connector is ideal.
The terminal block features Easy-Entry cable insertion, assuring no strand turn-back when inserting multi-stranded cable. The transparent design of the commoning block allows added visibility of the connection.
The polycarbonate body is self-extinguishing, and the galvanised steel screws have excellent corrosion resistance.
Features and Benefits
Housing material: transparent blue polycarbonate
Self-extinguishing: UL 94 - V0; IEC 695-2-1 to 850°C; IEC 695-2-2
Maximum operating temperature: 85°C
Clamps: Brass
Captive screws: galvanized steel
Protection degree: IP 20
Applications
Whether for device connection to printed circuit boards or for wire-to-wire extensions, terminal blocks provide a straight forward and dependable connection solution. These robust commoning blocks are often used in;
Junction box
Derivation box
Panel boards
Demarcation points
Equipotential earthing
Why RS PRO?
RS PRO strives to give you reliable parts at competitive prices. With in-house experts testing all of our RS PRO branded products, we're confident we'll satisfy your demand for quality and dependability.
RS PRO has an extensive range of electrical connector components. Whether you're operating in an industrial environment or need support for domestic maintenance, RS PRO is with you every step of the way.
Approvals
UL 94 - V0; IEC 695-2-1 to 850 °C; IEC 695-2-2
CEI EN 60998-1
CEI 23-21; II Ed. (EN 60998-2-1) + V1