Lab Control

Research Laboratory Components

Factory technical support is thorough and considers the total performance of the assembly as well as the performance of each of the components. Additionally the factory assembly of a number of components can be more efficient than the field assembly of the same components. {For more information on our Tubular Valve and Waddell Pneumatic Damper, please refer to the Airflow Control section of our catalogues and website.

Tubular Valve

Waddell Pneumatic Damper

Waddell Fume Hood Monitor

LSA Linear Sensor Array- Sash Position Sensor

Space Controller

Space Thermostat

Space Pressure Sensor

Waddell Remote Access

Specialized Airflow Control Components

Tubular Valve (814) (Left)

Waddell Pneumatic Damper (810) (Right)

For information regarding either the Tubular Valve or the Waddell Pneumatic Damper, please refer to our Airflow Control Page.
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Specialized Laboratory Control Components

Fume Hood Monitor (873-a)

The Waddell Fume Hood Face Velocity Monitor is an accurate and dependable solution for real-time indication of fume hood performance with additional functions provided to ensure technician safety as well as close control of space conditions.
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LSA Sash Position Sensor (873-b)

The sash position sensor uses simple and well-proven technology to communicate the position of a sash to the fume hood controller. The controller outputs a signal to the hood exhaust valve changing the air flow rate to maintain the preset face velocity.
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Motion Detector for Critical Spaces (873-C)

The Waddell Motion Detector will sense two levels of motion, which is then transmitted to the hood controller.
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Fume Hood Controller (873-d)

The Waddell Fume Hood Controller connects to each of the fume hood accessories and the fume hood exhaust air flow control valve to monitor and control the performance of the fume hood to designed safe conditions.
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Space Controller (874-a)

This controller will manage the airflow, internal pressure, and temperatures within critical spaces. The controller and its programs are accurate, proven by time, and are very cost effective.
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Universal Controller (874-b)

Both pneumatic and electronic activated valves can be controlled using a universal controller. Input ports support a wide variety of signals including voltage, current, and resistance. The flow rate controller is connected directly to the valve actuator and airflow station, as well as any optional components such as relay switches.
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Space Pressure Monitor (874-c)

To ensure the continuing performance of the air flow control equipment in critical spaces, the Waddell Space Pressure Monitor offers accurate and reliable measurement and display of space differential pressure.
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Space Temperature and Humidity Sensor (874-d)

The Space Temperature and Humidity Sensor provides temperature and humidity information to the corresponding Space Controller for monitoring and control. Also, it allows user adjustability of space temperature setpoints and can function as a local access point to provide mobile terminal access to the full network of Waddell lab controllers during system calibration or service.To Top

Space Occupancy Sensor (874-e)

The Space Occupancy Sensor is used to provide space occupancy information to the Waddell Space Controller for energy savings during unoccupied times. To Top

Space Pressure Sensor (864)

The Waddell space or room sensor is designed to eliminate any random room currents and provide a stable static pressure signal during minimum and maximum flow rates. An internal secondary chamber buffers these space pressure spikes. This sensor should be used with an accurate very low pressure transmitter. (See Bulletin 864)To Top