Phoenix Contact3214259 UT 2.5-3L Series DIN Rail Terminal Block, Triple-Level, Screw Termination
Technical Document
Specifications
Brand
Phoenix ContactColour
Grey
Number of Levels
Triple
Series
UT 2.5-3L
Termination Method
Screw
Voltage Rating
500 V
Current Rating
19A
Minimum Operating Temperature
-60°C
Maximum Operating Temperature
+105°C
Standards Met
CSA certified
Model Number
5-3L, UT 2
Distrelec Product Id
14808880
Country of Origin
Poland
Product details
UT Multi-Level Terminal Block
A professional range of UT Multi-level terminal blocks from Phoenix Contact. These Screw connection terminal blocks have a large wiring space that enables the connection of solid and stranded conductors without ferrules. All UT Multi-level terminal blocks are highly reliable and excellent quality.
A very high wiring density is achieved with these compact three-level terminal blocks
Since function shafts are provided on each level, all potential distribution work can be implemented at speed
Each terminal point can be given a large label for ease of identification
Phoenix Contact CLIPLINE UT Range
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AED 22.05
Each (ex VAT)
AED 23.15
Each (inc. VAT)
1
AED 22.05
Each (ex VAT)
AED 23.15
Each (inc. VAT)
1
Technical Document
Specifications
Brand
Phoenix ContactColour
Grey
Number of Levels
Triple
Series
UT 2.5-3L
Termination Method
Screw
Voltage Rating
500 V
Current Rating
19A
Minimum Operating Temperature
-60°C
Maximum Operating Temperature
+105°C
Standards Met
CSA certified
Model Number
5-3L, UT 2
Distrelec Product Id
14808880
Country of Origin
Poland
Product details
UT Multi-Level Terminal Block
A professional range of UT Multi-level terminal blocks from Phoenix Contact. These Screw connection terminal blocks have a large wiring space that enables the connection of solid and stranded conductors without ferrules. All UT Multi-level terminal blocks are highly reliable and excellent quality.
A very high wiring density is achieved with these compact three-level terminal blocks
Since function shafts are provided on each level, all potential distribution work can be implemented at speed
Each terminal point can be given a large label for ease of identification