Value Collection SR4069 Silicone Rubber Heat Blanket

Product Description

The VALUE COLLECTION SR4069 is a rectangular silicone rubber heat blanket rated at 150 watts and 120 volts. It measures 5 inches long by 3 inches wide and features a plain back for direct surface contact. Silicone rubber construction delivers flexible, even heat transfer to the surfaces it contacts. This type of heating blanket is used in industrial, plumbing, and process maintenance applications where controlled, localized heat is needed. HVAC and plumbing technicians rely on blankets like this to warm fluid containers, prevent freezing, or maintain fluid viscosity in service equipment. Installation and service are straightforward for experienced trade professionals.

The SR4069 is designed for use with metal containers. Its compact 5-inch by 3-inch rectangular form fits small tanks, reservoirs, or process vessels where a standard-size blanket is the appropriate solution. At 150 watts and 120 volts, it draws a modest current load suitable for standard single-phase service outlets commonly found in equipment rooms, mechanical spaces, and shop environments. The plain back keeps the installation profile low and simplifies mounting against flat metal surfaces.

Key Features

• 150-watt output at 120 volts for reliable low-profile surface heating
• Silicone rubber construction for flexibility and durable heat transfer
• Rectangular form factor: 5 inches long by 3 inches wide
• Plain back design for direct contact against flat metal surfaces
• Intended for use with metal containers in process and maintenance applications

Compatibility

Designed for use with metal containers in applications requiring localized surface heating. Confirm voltage and wattage requirements match the target application before installation.

Installation Notes

Installation should be performed by a qualified technician familiar with low-voltage heating equipment and applicable electrical codes including the NEC. Disconnect all power to the circuit before handling or positioning the blanket. Ensure the blanket lies flat against the metal surface with no air gaps that would reduce heat transfer efficiency. Do not fold, overlap, or energize the blanket without proper surface contact, as this can damage the element.