Temperature Control Panels
Temperature Control panels are used to maintain the stability and the heat transfer efficiency of the heating system to prevent issues such as overheating and chemical disintegrations of a fluid. In order to provide the precise safety mechanism of the heating system.
Temperature Control panels can also be entirely customized to meet most of the requirements of the target application. There are a variety of terminal boxes available to select depending on the protection for: moisture, explosion, waterproof, and dustproof. A NEMA 1 standard terminal box is normally suitable for non-hazardous area operation. NEMA 4 terminal boxes (weather resistant enclosure) are commonly used for outdoor operation, which requires protection against moisture and humidity.
Digital temperature controllers are installed to monitor the ambient and set-point temperature. A typical control panel set possesses of switching and fusing devices including internal wirings. Along with the temperature sensor tools such as RTD and thermocouples.
PreciseHeater™’s control panels will ensure the maximum safety for heat generation for a variety of voltage ranges. The support and safety documentations (with schematics support, drawings, and bills of material) would ensure the control panels will be installed and operated perfectly as designed. Industrial control panels are used to regulate temperature and provide safety mechanisms in place to prevent overheating your liquid and protect your heating elements.
Temperature Control panels come in many different terminal boxes – standard NEMA 1 terminal boxes, dust proof boxes, waterproof boxes and explosion proof boxes for hazardous areas.
Digital Temperature controllers are used to display ambient and target temperatures of your solution. They contain contactors, relays, fuses, on – off disconnect switches, and other components to help regulate your PreciseHeater heater in a safe environment. In conjunction with thermocouples or RTD sensors, temperature controllers are the “brains” of the system and determine the heat intensity of your heaters.
Heating control panels are typically available for heaters generating at least 30 Amps to over 200 Amperes. Special accommodations can be made for systems that are over 200 Amperes. NEMA 4 terminal boxes are typically used for outdoor applications where concerns of moisture and humidity is a factor. Flow switches can also be used for circulation heaters. All PreciseHeater control panels come with circuit schematics as well as support documentation that might be required for configuration purposes
Specifications
Control panels with voltages up to 4000 amps, 600V;
Basic models: CPP, TBD (remote mounted controls available upon request);
Fully-equipped models:
Contactor power switching
Stage contactor
Solid state switching)
Package includes:
Design drawings
Replacement parts
Operating instructions
Component manuals
Applications
| Application | DESCRIPTION |
|---|
| Basic Controls | For electric heaters with thermostats, limit controls, percentage timers or other control components |
| Advanced Controls | Ideal for various electrical installations |
| Contactor Stages | Suitable for multi-stage heaters |
| Base-Load – SCR | Contactor stages controlled by a step control and SCR solid state power control |
Features & Benefits
Remote set point;
Proportioning;
Process variable retransmission;
Alarms;
Remote annunciation;
Dual energy and peak load controls;
Current/voltage/wattage metering and interfacing PLCs.
NEMA 4 moisture proof panels are available
Benefits:
Reliable
Cost effective
Ready-to-connect
Compatible with different materials (dust, oil, water, corrosive, dangerous materials)