EE75 Datasheet Highly Accurate Air Or Gas Velocity Sensor

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EE75 Datasheet Highly Accurate Air Or Gas Velocity Sensor Specification

Resistance
<100 Ohm

Output
0-10 V or 4-20 mA selectable

Theory
Thermal Anemometer Principle

Type
Air or Gas Velocity Sensor (EE75 Series)

Accuracy
up to 0.06 m/s (for 0...2 m/s)

Operating Voltage
24 V DC (15-35 V DC / 24 V AC 20%)

Output Voltage
0-10 V

Compensated Temperature
-20C to +60C

Storage Temperature
-30C to +70C

Operating Temperature
-20C to +60C

Measuring Range
0...2 / 0...20 / 0...40 m/s (selectable)

Sensor Probe Material
Stainless steel

Response Time
1 s

Protection Class
IP65 (electronics enclosure)

Mounting
Duct or remote mounting

Supply Current
typ. 100 mA

Dimensions
235 x 80 x 80 mm (housing)

Cable Connection
Screw terminals up to 2.5 mm2

EE75 Datasheet Highly Accurate Air Or Gas Velocity Sensor Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About EE75 Datasheet Highly Accurate Air Or Gas Velocity Sensor

Discover the EE75 Datasheet Highly Accurate Air or Gas Velocity Sensor-a valuable solution designed with a classic stainless steel probe and ace-level thermal anemometer technology. Offering selectable measuring ranges (0...2 / 0...20 / 0...40 m/s) and accuracy up to 0.06 m/s, this sensor is perfect for precision-demanding environments. Its IP65 protected enclosure supports both duct and remote mounting options, making it versatile for your needs. Buy online to enjoy quick delivery; take advantage of current promotions and try now for assured reliability and performance.

Precise Usage and Surface Compatibility

The EE75 air or gas velocity sensor is suited for both duct and remote mounting applications, providing easy integration into various ventilation and HVAC systems. Classic screw terminal connections up to 2.5 mm2 ensure straightforward installation, and the sensor can be used on steel, aluminum, or composite surfaces. Follow the provided directions for accurate measuring and optimal performance, making it an ace choice for process monitoring and environmental management tasks.

Sample Availability and Swift Delivery

Sample requests for the EE75 sensor series are welcome and processed under a transparent sample policy. Enjoy quick dispatch-your goods are shipped promptly via reliable transport partners across India. Delivery times are minimized to ensure you receive your sample or bulk order quickly and in pristine condition. Benefit from efficient service and hassle-free logistics whether you are a trader, service provider, or supplier.

FAQ's of EE75 Datasheet Highly Accurate Air Or Gas Velocity Sensor:

Q: How is the EE75 velocity sensor installed for optimal performance?

A: The EE75 sensor is designed for duct or remote mounting, using screw terminals up to 2.5 mm2 for cable connections. Follow the installation guidelines in the datasheet for best results.

Q: What is the primary usage and application of the EE75 air or gas velocity sensor?

A: The EE75 sensor precisely measures air or gas velocity in HVAC ducts, process monitoring systems, and cleanroom environments, ensuring accuracy and reliability.

Q: When can customers expect delivery after placing an order online?

A: Orders are processed with quick dispatch and shipped via trusted goods transport, providing minimal delivery times across India.

Q: Where can I request a sample for the EE75 sensor?

A: Samples can be requested through authorized suppliers or traders. They are shipped promptly in accordance with the company's sample policy.

Q: What are the benefits of the stainless steel probe material in the EE75 sensor?

A: The classic stainless steel probe provides excellent durability, corrosion resistance, and stable performance in demanding environments.

Q: How is the accuracy of the EE75 sensor ensured?

A: The EE75 achieves high accuracy-up to 0.06 m/s in the 0...2 m/s range-by utilizing advanced thermal anemometer principles and compensated temperature control.

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