Mastercool 98250 Electronic Tank Heater Blanket, 110V, 300W Heating Element, Fits 30 lb and 50 lb Refrigerant Tank
Mastercool 98250 Electronic Tank Heater Blanket, 110V, 300W Heating Element, Fits 30 lb and 50 lb Refrigerant Tank
- The Mastercool 98250 Heat Blanket Electric 110V is designed to expedite the recharging process of refrigerant tanks. By heating refrigerant tanks to 125°F, it ensures a total discharge of refrigerant from 30 lb and 50 lb tanks, resulting in a maximum pressure of 185 psi for R134a and 170 psi for R12.
- Features:
- Quick-working 300W heater element
- Compatible with 30 lb and 50 lb refrigerant tanks
- Enhances efficiency of refrigerant recovery and charging
- Operates on standard 110V power supply
- Durable construction for long-lasting performance
- Specifications:
- Manufacturer: Mastercool
- Part Number: 98250
- Product Type: Electric Heat Blanket
- Power Rating: 300 Watts
- Voltage: 110V
- Compatible Tank Sizes: 30 lb and 50 lb refrigerant tanks
- Maximum Temperature: 125°F
- Maximum Pressure: 185 psi for R134a, 170 psi for R12
- The Mastercool 98250 Heat Blanket Electric 110V is also known as a refrigerant tank heater blanket, electronic tank heater, refrigerant cylinder heating wrap, Mastercool 98250 heater blanket, and HVAC refrigerant tank warmer.
Mastercool is a leading manufacturer of professional-grade HVAC/R tools and equipment, known for their commitment to quality and innovation. Their products are designed to meet the needs of technicians and professionals in the heating, ventilation, air conditioning, and refrigeration industries.
Q: What tank sizes are compatible with the Mastercool 98250 Heat Blanket?
A: This heat blanket is designed for use with 30 lb and 50 lb refrigerant tanks.
Q: What is the power source requirement for this heat blanket?
A: The Mastercool 98250 operates on a standard 110V power supply.
Q: How does this heat blanket improve the refrigerant recovery process?
A: By heating the refrigerant tank to 125°F, the blanket increases the internal pressure, ensuring a complete discharge of the refrigerant, which speeds up the recharging process.
