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Series 330 Inline Temperature Controller
$244.00
SKU:WRL330PR-BH01
The BriskHeat BH-330 Temperature Controller uses fast-adaptive tuning (FAT) technology and provides an "all-in-one" solution for process heating and control. Temperature monitoring and power to the heater are integrated into a single cable for a cleaner installation. Ideal for freeze protection and viscosity control.
Note: Requires BH-310 Remote
Ordering Options:
Quality Guaranteed
Since 1949
Since 1949
Additional Features:
- Sleek in-line design
- Wireless remote control programming
- Adjustable min/max temperatures
- Heater and sensor wires in one connection
Ideal for:
- Freeze protection
- Viscosity control
- Tank and drum heating
- Extrusion
- Gas handling
- Industrial heating
Input Voltage: 90-260 VAC, 50-60 HZ
Maximum Amp Load: 10 amps
Temperature Control Range:
- Type-K Thermocouple: -328°F to 2462°F (-200°C to 1350°C)
- PT100-RTD: -13°F to 1112°F (-25°C to 600°C)
Temperature Display Units: None (requires WRZF310N-BH01 Remote)
Display: 3-color LED for signaling of operating conditions
Sensor Input Options: Option for Type-K thermocouple or PT100-RTD
Operation: Fast-Adaptive-Tuning (FAT)
Input Power Cord/Connections: 3.2 ft (1 m) long with 2-pin Schuko CEE 7/7 grounded plug
Output Power Cord/Connection: 1.9 ft (0.6 m) long with 6+PE connector
Safety Features: Safety-shutdown-relay (breaks heating power circuit on sensor failure)
Environmental Exposure:
- Operating range: -4°F to 113°F (-20°C to 45°C)
- Storage range: -4°F to 185°F (-20°C to 85°C)
- Relative humidity: < 100% non-condensing temperatures
Enclosure Dimensions (including cables): 8.27 in L x 1.75 in W x 0.82 in H (210 mm L x 45 mm W x 21 mm H)
IP Rating: IP67
Approvals:
| Part No. | Description |
| WRL330PR-BH01 | BH-330 in-line controller with PT100-RTD input |
| WRL330KR-BH02 | BH-330 in-line controller with Type-K thermocouple input |
| WRZF310N-BH01 | IR remote control programming unit (required) |
Catalog/Specifications Sheet
Instruction Manuals
Q: Why should I use a temperature controller?
A: A temperature controller helps:
- Maintain precise temperatures
- Improve product quality and process consistency
- Reduce energy consumption
- Prevent overheating
- Extend heater life
- Increase safety
Q: What types of temperature controllers are available?
A: Common types of temperature controllers include:
- Digital temperature controllers
- PID controllers
- On/Off controllers
- Programmable controllers
- Multi-zone controllers
- Benchtop controllers
Q: What is the difference between a PID controller and an On/Off controller?
A: An On/Off controller switches the heater fully on or off when the temperature crosses a set point. A PID (Proportional-Integral-Derivative) controller continuously adjusts heater output to maintain a more stable temperature with minimal fluctuation, making it ideal for applications requiring greater precision.
Q: How do I choose the right temperature controller?
A: When selecting a temperature controller, consider:
- Required temperature range
- Sensor compatibility
- Voltage and current requirements
- Heater wattage
- Number of heating zones
- Accuracy requirements
- Programming features
- Environmental conditions
Q: Can one controller operate multiple heaters?
A: Yes. Some temperature controllers can control multiple heating zones or multiple heaters, depending on their output capacity and configuration. Make sure to check to check the controller’s specifications to ensure it’s compatible.
Q: Can temperature controllers be used with any heater?
A: Most temperature controllers are compatible with a wide variety of electric heaters, including:
- Silicone rubber heaters
- Heating blankets
- Heating tapes
- Heating cables
- Drum heaters
- Pail heaters
- Heating mantles
- Flexible heaters
Compatibility depends on voltage, current, power requirements, and sensor type.
Q: What industries use temperature controllers?
A: Temperature controllers are used in:
- Manufacturing
- Chemical processing
- Food and beverage
- Laboratories and research
- Aerospace and composites
- Semiconductor manufacturing
- Medical device production
- Pharmaceutical processing
- Plastics and packaging
Q: Are temperature controller’s accurate?
A: Accuracy varies by controller model and sensor type. Many digital and PID controllers provide precise temperature regulation that helps maintain stable process conditions and improve repeatability.
Q: Can I program different temperature settings?
A: Many programmable temperature controllers allow users to create temperature profiles, ramps, soak periods, timers, and multiple operating programs for complex heating processes.
Q: Can temperature controllers help prevent overheating?
A: Yes. Temperature controllers continuously monitor temperature and adjust heater output to maintain the desired set point. Many models also include high-temperature alarms and safety limits to help protect equipment and materials.
Q: Are digital temperature controllers easy to use?
A: Yes. Many digital controllers feature intuitive displays, simple programming, and user-friendly interfaces that make setting temperatures and monitoring performance straightforward.
Q: Do I need a temperature controller for my heating application?
A: While some heaters include built-in thermostats, many industrial and laboratory heating applications benefit from an external temperature controller for improved accuracy, safety, energy efficiency, and process control. A controller is especially valuable when precise temperature regulation is critical.
Q: What is the difference between a single-zone and multi-zone temperature controller?
A: A single-zone controller regulates one heater or heating circuit. A multi-zone controller independently manages multiple heaters or heating areas, allowing each zone to maintain its own temperature set point.