About Dwyer EDPS-06-1-N Adjustable Differential Pressure Switch
Dwyer EDPS-06-1-N Adjustable Differential Pressure Switch
Adjustable differential pressure switch, range 2.00-10.00" w.c., with M20 connection.
The Series EDPS Adjustable Differential Pressure Switch is designed for pressure, vacuum, and differential pressures. The dual scaled adjustment knob in inches water column and pascals allows changes to the switching pressure to be made without a pressure gage. The EDPS is available with settings from 0.08" w.c. (20 Pa) up to 16" w.c. (4000 Pa). The silicone diaphragm and PA 6.6 body make the series EDPS ideal for use with air and other noncombustible gases. The compact size, adjustment knob and meeting the UL508 standard make the EDPS the perfect choice for H.V.A.C. applications.
Product Applications
- Monitoring air filters and ventilators.
- Monitoring industrial cooling-air circuits.
- Overheating protection for fan heaters.
- Monitoring flows in ventilation ducts.
- Controlling air and fire-protection dampers.
- Frost protection for heat exchanges
Precision and Versatile ApplicationEngineered for accuracy (5% of set point) and repeatability (1% full scale), the EDPS-06-1-N excels in controlling and monitoring pressure in air filters, ducts, ventilators, and clean rooms. With its universal mounting and external set point adjustment, it provides flexibility for a wide variety of industrial applications.
Robust Construction and Easy InstallationConstructed with ABS plastic and sealed with silicone for durability, this switch offers an IP54 enclosure rating, ensuring protection against dust and splashing liquids. Its lightweight design (155g) and included bracket enable straightforward panel or surface mounting, complemented by user-friendly barbed ports and 1/8 NPT threading.
Reliable Switching and Long-Term PerformanceFeaturing a silver-contact SPDT micro switch rated for 5A @ 250 VAC, the EDPS-06-1-N supports dependable operation in demanding settings. The product is manufactured via injection molding, maintaining consistent quality and robustness, suitable for global export, supply, and trading markets.
FAQs of Dwyer EDPS-06-1-N Adjustable Differential Pressure Switch:
Q: How is the set point of the Dwyer EDPS-06-1-N differential pressure switch adjusted?
A: The set point can be easily adjusted using the external knob located on the switch. This feature allows for precise regulation based on your specific pressure monitoring requirements without dismantling the product.
Q: What are the typical applications for this pressure switch?
A: The EDPS-06-1-N is designed for monitoring differential pressure in air filters, ventilators, clean rooms, ducts, and fan controls, ensuring reliable performance in various industrial airflow management systems.
Q: When should I use the Dwyer EDPS-06-1-N in my facility?
A: Use this device whenever accurate and adjustable monitoring of air or non-combustible gas pressure is essentialsuch as detecting filter blockages, maintaining cleanroom conditions, or controlling fan operations in HVAC systems.
Q: Where should the switch be installed for optimal operation?
A: This switch can be mounted universallyeither on a panel or directly on a surface. The included mounting bracket and its compact size facilitate flexible installation at the desired location within air handling units or ductwork.
Q: What is the process for connecting the pressure lines to the switch?
A: Connect the switch using two barbed ports made for 1/4" tubing or the 1/8 NPT female thread. Ensure tight, secure connections to provide accurate differential pressure readings.
Q: What are the main benefits of using the Dwyer EDPS-06-1-N?
A: Key benefits include precise differential pressure detection, high repeatability, external adjustment for convenience, robust IP54 enclosure, and adaptability to a range of industrial air and gas applications.
Q: Can the EDPS-06-1-N measure the pressure of combustible gases?
A: No, this differential pressure switch is strictly intended for air and non-combustible gases. Using it with combustible gases may pose safety risks and could damage the device.