Others

Phoenix Contact 2.5-V/SA 5 PCB Terminal Block

Name: PHOENIX CONTACT 2.5-V/SA 5 PCB TERMINAL BLOCK
SKU: 1090599
Availability: LimitedAvailability

phoenix-contact-2.5-V_SA-5-pcb-terminal-block-(new)

phoenix-contact-2.5-V_SA-5-pcb-terminal-block-(new)-1

phoenix-contact-2.5-V_SA-5-pcb-terminal-block-(new)-2

phoenix-contact-2.5-V_SA-5-pcb-terminal-block-(new)-3

New

In stock5 unitsReady to ship

PCB Terminal Block

Phoenix Contact 2.5V/SA5 PCB terminal block with front screw connection, 10 A current rating, and 300 V nominal voltage. Designed for secure PCB wiring in industrial electronics and automation systems.

Manufacturer

PHOENIX CONTACT

SKU

1090599

Category

Others

Condition

New

Block Combicon Connector Contact Electrical Front Industrial M PCB Phoenix screw terminal Wiring

Massive Inventory

Global Shipping

Expert Support

Quality Guaranteed

Phoenix Contact 2.5V/SA5 PCB Terminal Block

The Phoenix Contact 2.5V/SA5 PCB Terminal Block is a high-quality electrical connection component designed for reliable PCB wiring in industrial and electronic applications. As part of the Phoenix Contact COMBICON Terminals M series, this terminal block provides secure conductor connection using a front screw connection method, ensuring stable electrical performance and easy installation.

Manufacturer: Phoenix Contact

Type: PCB Terminal Block

Model: 2.5V/SA5

Order No.: 1700037

Code: 0074599

Channel No.: 2783590-0

Product Family: FRONT

Product Line: COMBICON Terminals M

Nominal Current (IN)	10 A
Nominal Voltage (UN)	300 V
Rated Voltage	250 V
Rated Surge Voltage	4 kV
Nominal Cross Section	2.5 mm²
Connection Method	Front Screw Connection
Conductor Cross Section AWG	24 to 14
Contact Material	Cu Alloy
Insulating Material	PA
Mounting Type	Wave Soldering
Number Of Positions	1
Pitch	5 mm
Number Of Connections	1
Number Of Rows	1
Dimensions	6.8 Ã— 23.18 Ã— 18.5 mm
No. Of Items / Per Set	50
Recommended	For reliable PCB wiring and industrial electronic assemblies, this Phoenix Contact terminal block offers secure connections, compact design, and long-term electrical stability”making it an excellent choice for automation equipment, control systems, and industrial electronics manufacturing.