The Warrick-Gems Sensors & Controls 26C1B0E Liquid Level Control operates as an efficient and dependable part which monitors and controls liquid levels in HVAC systems. The part operates at 120V while using conductivity sensing to check electrode separation and generates control signals based on this information with a resistance of 26K Ohm. The part finds its applications in boilers and condensate tanks and cooling tower sumps. The compact design together with dependable operation of this part prevents overflow or dry run conditions which leads to improved equipment safety and efficiency and decreased maintenance requirements and downtime in HVAC system applications.
A dependable and adaptable liquid-level control switch, the Warrick-Gems Sensors & Controls 26C1B0E is made to offer accurate monitoring and control in a range of industrial applications. This level control switch is made with premium materials and cutting-edge technology, providing outstanding performance and longevity. The 26C1B0E is perfect for use in tanks, vessels, and other liquid containment systems where precise level sensing is crucial because of its small size and durable architecture. Many liquids, including water, oils, chemicals, and more, can be used with this switch.
Key features:
Adjustable Sensitivity: The switch allows for precise adjustment of liquid level sensing, providing flexibility for various applications and liquid types.
Reliable Operation: Engineered with high-quality materials and advanced technology, it offers dependable performance for continuous monitoring and control of liquid levels.
Versatile Compatibility: It can be used with a variety of liquids, such as chemicals, oils, water, and more, which makes it flexible for a range of industrial uses.
Compact Design: The switch features a compact and space-saving design, enabling easy installation even in tight spaces or within existing equipment.
Durable Construction: Constructed to endure severe environmental circumstances, guaranteeing enduring dependability and robustness in industrial environments.
Easy Installation and Maintenance: reduced downtime and operational disruptions due to its easy installation and low maintenance needs.
Wide Application Range: Suitable for usage in a variety of sectors, including water treatment, chemical processing, manufacturing, and more, in tanks, vessels, and other liquid containment systems.
Electrical Ratings: The switch can be seamlessly integrated into current electrical installations because it has electrical ratings that are compatible with conventional industrial power systems.
Function:
Low-water cut-off control: Protects boilers and other equipment from damage due to low water levels.
Operating Principle:
Conductivity-based: Uses permanently mounted electrodes to sense the conductivity of the liquid. No moving parts are involved.
Design:
Open board: Allows for easy integration into existing control systems and customization of wiring.
Additional Features:
Power outage feature: Automatically resets after a power outage, preventing nuisance alarms.
3-second time delay: Prevents false alarms from splashing or wave action.
Optional reset button: Allows manual reset after a low-water condition.
Adjustable level settings: You can change the level for as long as ninety seconds.
Benefits:
Reliable protection: Ensures equipment safety and prevents costly damage.
No-movement-parts design: Minimizes maintenance and extends service life.
Easy integration: Adapts to various control systems and wiring configurations.
Automatic reset: Prevents unnecessary shutdowns after power outages.
Customizable settings: Adjusts to specific needs and application requirements.
False alarms or shutdowns: The control triggers an alarm or shuts down the equipment even when the water level is normal. This could be due to a buildup of scale or debris on the electrodes, a faulty connection, or a malfunction in the control unit.
No alarms or shutdowns during low water conditions: The control fails to respond to a low water level, leaving the equipment unprotected. This could be due to damaged electrodes, a broken wire, or a problem with the control unit itself.
Erratic behavior: The control displays erratic behavior, such as flickering lights, unexpected resets, or inconsistent readings. This can point to an issue with internal circuitry or parts.
Physical damage: Physical damage in the form of burns, corrosion, or cracks is evident on the electrodes or control unit. Exposure to severe heat, strong chemicals, or physical impact could be the cause of this.
Age: Even the strongest equipment ultimately wears down, even though the Power out Feat 26C1B0E is a sturdy device. Your control unit is more likely to have issues if it is older than a few years.
Inaccurate Readings: If the sensor consistently provides incorrect liquid level readings or fails to respond to changes in liquid levels, it could indicate a fault in the sensor's mechanism or calibration.
Intermittent Operation: The sensor may exhibit intermittent operation, where it works erratically or inconsistently, turning on and off unexpectedly.
No Response: If the sensor fails to respond altogether, regardless of the liquid level in the tank or vessel, it could indicate an electrical or mechanical failure.
Corrosion or Damage: Physical damage to the sensor, such as corrosion, cracks, or broken components, can impair its performance and lead to faulty readings or operational issues.
Leaks or Spills: Faulty sensors may cause leaks or spills if they fail to activate when the liquid level reaches a critical point, leading to potential damage to equipment or surrounding areas.
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