PRAMOD ENGINEERING
Patapatganj,Delhi, India

MICC Red Gland Shroud

MICC Red Gland Shroud Specification

Components
One-piece molded shroud

Operating Temperature
-20C to +105C

Usage
Used to enhance the ingress protection and vibration protection in cable gland installations

Features
High flexibility, weather resistance, UV resistant, flame retardant

IP Rating
Typically up to IP66/67 when installed correctly with compatible gland

Product Type
Gland Shroud

Application
Electrical cable installations, industrial areas, and hazardous area cable gland terminations

Size
Available in multiple sizes to suit compatible glands

Dimension (L*W*H)
Varies depending on selected size

Function
Provides extra protection and insulation to the gland termination of mineral insulated (MI) cables

Color
Red

Weight
Lightweight (typically a few grams depending on size)

Thickness
Typically 1.5 mm to 2 mm

About MICC Red Gland Shroud

MICC Red Gland Shroud is the one extensively used in high-rise buildings. A full range of clips and saddles is available in red color to meet the demands of our customers. High grade raw material is procured from our reputed vendors and processed using latest machinery at our unit for making MICC Red Gland Shroud.

Enhanced Cable Gland Protection

Designed specifically for mineral insulated cable (MI) terminations, the red gland shroud safeguards cable entries by offering superior ingress protection and insulation. Its robust PVC construction helps prevent contamination from oils, acids, and moisture, ensuring long-lasting performance even in demanding environments. The smooth finish and lightweight design enable fast and secure installation, making the shroud an excellent choice for both new projects and retrofitting existing systems.

Versatility in Industrial Applications

The MICC Red Gland Shroud is ideal for electrical installations in industrial, commercial, and hazardous locations. Available in multiple sizes, it accommodates a wide range of cable gland types and sizes. Its one-piece molded form streamlines the installation process, facilitating use across different cable terminations where vibration resistance and weatherproofing are priorities. This versatile component meets high standards for environmental and flame resistance, reinforcing system reliability.

FAQ's of MICC Red Gland Shroud:

Q: How is the MICC Red Gland Shroud installed on a cable gland?

A: The shroud is fitted directly over the cable gland and cable entry, covering the termination point. Its flexibility and smooth surface make it easy to slide into place, ensuring a secure and snug fit around most standard and MICC cable glands.

Q: What are the main benefits of using a MICC Red Gland Shroud?

A: Using this shroud provides enhanced protection against water ingress, oils, and acids, while also delivering insulation and vibration protection at the cable gland connection. Its flame retardant design increases safety, and its robust weather resistance supports long-term reliability.

Q: When should I use a gland shroud in my electrical installation?

A: A gland shroud is recommended whenever you need to improve ingress protection, prevent vibration damage, or meet environmental or flame retardant standards-particularly in industrial, hazardous, or outdoor installations where cables are exposed to tough conditions.

Q: Where can the MICC Red Gland Shroud be used?

A: This shroud is suitable for electrical cable gland installations in industrial plants, hazardous areas, commercial environments, and outdoor locations where additional protection and compliance with ingress protection standards are necessary.

Q: What process should I follow to choose the correct size shroud?

A: First, determine the size and type of your cable gland. Next, select a shroud size that matches your gland's dimensions, referring to the product's available size options to ensure a proper and secure fit.

Q: What materials and features make this shroud suitable for harsh environments?

A: The shroud is made from high quality PVC, which is flame retardant to IEC and BS standards, resistant to oils, acids, and UV rays, and offers good flexibility. These properties enable it to withstand tough industrial and outdoor conditions while maintaining insulation and ingress protection.