No. 56 Polyester Film Electrical Tape, 7/8in. Wide, Thermosetting Rubber Adhesive, 72 Yard Roll
Mfr # 56-Y-7/8X72YDS
Zoro # G510060553
Key Features
Specifications
Details
- MFR #
- 56-Y-7/8X72YDS
- Zoro #
- G510060553
- UPC #
- -
- Country of Origin
- Unknown
- Series
- 56
- Color
- Yellow
- Adhesion Strength
- 20 lb/in
- Shape
- Continuous Roll
- Standards
- UL Component Recognized: UL510A Standard, Category OANZ2, File No. E17385; and CSA Certified: Standard C22.2 No. 66, File No. 093411, Class 9052-30
- Application
- Commonly used in wrapping coils, capacitors, wire harnesses, transformers, shaded pole motors, and fractional-horsepower motors.
- Tape Backing Material
- Polyester Film
- Material
- Thermosetting Rubber (Adhesive), Polyester Film (Backing)
- Tape Adhesive Material
- Thermosetting Rubber
- Maximum Tape Performance Temperature
- 130 C
Description
Remington Industries offers this 3M Polyester Film Electrical Tape #56, which is commonly used in wrapping coils, capacitors, wire harnesses, transformers, shaded pole motors, and fractional-horsepower motors. Designed for continuous operation not exceeding 130 Degrees C per UL and CSA listings, the tape is coated on one side with a pressure-sensitive adhesive that does not require any heat, moisture, or other preparation to properly bond. The yellow polyester film backing plus the thermosetting rubber adhesive make for an industrial-grade tape with a minimum breaking strength of 20 lb/in. The tape comes on rolls of 72 yards 65.8 meters, which have a 5-year shelf life from the date of manufacture when properly stored. 3M is a trademark of 3M Company.
- •#56 Polyester Film Electrical Tape, 72 yd Roll
- •Commonly used in wrapping coils, capacitors, wire harnesses, transformers, shaded pole motors, and fractional-horsepower motors. Adhesive requires no heat, moisture, or other manner of preparation to affect application.
- •Tape Width: 7/8" (22.23mm)
- •Tape Material: Yellow Polyester Film with Thermosetting Rubber Adhesive (2.5 ± 0.5 mils Thick)
- •Max. Temp: 130 deg. C | Min. Dielectric Breakdown: 4500 V