About Dwyer Air Velocity Sensors
Dwyer Air Velocity Sensors
As a patron centric organization, we provide clients with the premium quality of Dwyer Air Velocity Sensors. Used for monitoring the air velocity of different industrial applications, the air velocity sensors are manufactured by using latest technology. Compact design, sturdy construction and high functionality, make the Dwyer air velocity sensors highly demanded.
Features:
- Ideal for air velocity monitoring applications
- Compact design
- Easy operations and calibrations
Specifications:
- Customized: Customized
- IP Rating: IP65
- Measuring Medium: Temperature
Precision Engineering for Demanding EnvironmentsDesigned for demanding industrial scenarios, this air velocity sensor incorporates precision sensor assembly and a stainless steel probe housed in durable ABS plastic. The robust construction, along with powder-coated finishing and an IP65 ingress protection rating, defends against dust and moisture, making it ideal for applications requiring continuous operation under harsh conditions.
Flexible and User-Friendly InstallationWith a direct probe insertion mounting style and standard 2-meter cable (extendable upon request), installation is straightforward. The sensor supports both wall and duct mounting, accommodating various setups in HVAC and clean room environments. A digital display allows quick on-site readings, while the included instruction manual ensures smooth setup even for new users.
FAQs of Dwyer Air Velocity Sensors:
Q: How does the Dwyer Air Velocity Sensor benefit HVAC and clean room applications?
A: The sensor provides accurate, real-time air flow velocity measurements with a fast one-second response time and digital display, enabling precise control of air quality and system efficiency in HVAC and clean room environments.
Q: What installation options are available for this sensor?
A: The sensor can be mounted directly into walls or ducts using the provided mounting brackets, making it suitable for a variety of air handling units and ventilation systems.
Q: When should I use the 4-20 mA versus the 0-10 VDC output signal?
A: Choose the 4-20 mA output for environments requiring interference resistance or longer cable runs, while the 0-10 VDC output is ideal for short-distance connections within control systems.
Q: Where can this sensor be installed safely, considering environmental conditions?
A: The IP65-rated ABS plastic housing and silicone gasket make the sensor suitable for indoor locations exposed to dust and moisture, such as HVAC ducts, clean rooms, or ventilation systems.
Q: What is the process for customizing the cable length for particular installations?
A: To request a custom cable length beyond the standard 2 meters, contact the manufacturer or supplier directly at the time of ordering, specifying your length requirements.
Q: What materials ensure the durability of the sensor in industrial settings?
A: The sensors housing is constructed from ABS plastic with a powder-coated finish, and the probe is made of stainless steel, providing robust protection and longevity in demanding environments.