Potter & Brumfield - KHP17D11-6VDC - Relay, control. 4PDT 3Amp 6VDC. New
Special Price
$18.98
Regular Price
$26.95
READY TO SHIP - ONLY 1 LEFT IN STOCK!
SKU
163019
Potter & Brumfield - KHP17D11-6VDC - Relay, control. 4PDT 3Amp 6VDC. New
The KHP17D11-6VDC is a general-purpose control relay manufactured by Potter & Brumfield (a brand of TE Connectivity). It is a 4-pole, double-throw (4PDT) relay designed with a 6V DC coil, typically used in industrial and control applications.
Technical Specifications
A Contact Arrangement: 4 Form C (4PDT).
• Contact Rating: 3 Amps.
• Coil Voltage: 6V DC.
• Termination: Solder terminals, often used with a socket or for PCB mounting.
• Operating Temperature: -45°C to 70°C.
• Weight: Approximately 1.6 oz (45g).
• Dimensions: Typical length is between 25mm and 30mm.
Operational Data
• Must-Operate Voltage: 75% of nominal voltage (approx. 4.5V DC for a 6V coil).
• Operate Time: 13 milliseconds typical.
• Release Time: 6 milliseconds typical.
• Insulation Resistance: 100MΩ minimum at 500VDC.
| SKU | 163019 |
|---|---|
| Condition | FN - FACTORY NEW |
| Part Number | KHP17D11-6VDC |
| Alternative Part Number | FRED1 |
| Common VDC | 6 - 10VDC |
| Type | 3+ Pole |
Potter & Brumfield - KHP17D11-6VDC - Relay, control. 4PDT 3Amp 6VDC. New
The KHP17D11-6VDC is a general-purpose control relay manufactured by Potter & Brumfield (a brand of TE Connectivity). It is a 4-pole, double-throw (4PDT) relay designed with a 6V DC coil, typically used in industrial and control applications.
Technical Specifications
A Contact Arrangement: 4 Form C (4PDT).
• Contact Rating: 3 Amps.
• Coil Voltage: 6V DC.
• Termination: Solder terminals, often used with a socket or for PCB mounting.
• Operating Temperature: -45°C to 70°C.
• Weight: Approximately 1.6 oz (45g).
• Dimensions: Typical length is between 25mm and 30mm.
Operational Data
• Must-Operate Voltage: 75% of nominal voltage (approx. 4.5V DC for a 6V coil).
• Operate Time: 13 milliseconds typical.
• Release Time: 6 milliseconds typical.
• Insulation Resistance: 100MΩ minimum at 500VDC.