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FGR
Fiberglass Heater Rope 900 °F Max and 120-240 Volts
Models In Stock
- Operating Temperature Rating to 482°C (900°F)
- Wraps Around Small Diameter Pipes and Tubes
FGR
From
$
79.50
Models In Stock
Product Overview
- Additional Features 1 Suitable for use on Conductive Surface, Not Resistant to Moisture Vapor or Chemical
- Exposure Temperature, Max 482 °C
- Heater Width 0 in
- Insulation Fiberglass
- Lead Wire Exit Direction Opposite
- Material Construction Option N/A
- Power Density, Max 4 W/in²
- Power Density Note 4 W/in² (Linear)
- Series ID FGR
- Thermostat Type Not Built-In
- Wire Length 24 in
Supported Applications
The Omega OMEGALUX® FGR Series Fiberglass Heater Rope is designed to apply heat to tubing with diameters as small as 3.2 mm (1/8"). These rope heaters can be wrapped around either conductive or non-conductive surfaces.
Operating Conditions & Performance
The series features a maximum allowable operating temperature of 482°C (900°F). Teflon sleeves at the ends are rated to 500°F. The standard diameter is 5 mm (3/16"). Linear wattage is specified as 4 Watts/inch in the primary data sheet specifications.
Configuration Options
The FGR Series offers configurable lengths and voltage options:
- Heater Lengths: Available in 0.9, 1.8, 2.4 or 3.0 m (3, 6, 8 or 10').
- Voltage Options: Standard models operate on 120 Vac or Vdc; 240V is optional.
- Termination: Each end terminates with a 609 mm (24") long fiberglass-insulated lead wire featuring stripped leads.
The series supports the following model configurations based on length and wattage at 120 Volts: FGR-030: 0.9 m (3'), 125 Watts FGR-060: 1.8 m (6'), 250 Watts FGR-080: 2.4 m (8'), 400 Watts FGR-100: 3.0 m (10'), 500 Watts
Key Product Differences
The series includes specific operational constraints and safety requirements documented in the source materials:
- These units are not moisture-resistant, do not resist vapor or chemicals, and may not be immersed in liquids.
- Do not fold, wrap, or overlap the heaters during installation.
- A method of controlling or limiting exposure temperature (such as variable transformers or digital temperature controllers) must always be used.
- When heating metal surfaces, proper grounding procedures should be observed for safety precautions.
