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Rigid Conduit Spacer

Rigid Conduit Spacer Specification

Tolerance
0.5 mm

Yield Strength
250 MPa

Temperature Range
-20C to 90C

Sealing Type
Non-sealed

Connection Type
Mechanical Slot-in

Tensile Strength
380 MPa

Coating Type
Zinc Galvanized

Flexibility
Rigid

Product Type
Rigid Conduit Spacer

Material
PVC

Connection
Slotted

Shape
Other

Standard
ASTM A123 / UL 514B

Surface Treatment
Hot Dip Galvanized

Section Shape
Flat

Length
75 mm

Thickness
3 mm

Color
Silver

Usage
Electrical Conduit Installation

Material Grade
IS 2062 / Mild Steel

Application
Spacer for Rigid Electrical Conduits

UV Resistance
Yes

Weight
110 grams each

Corrosion Resistance
High

Reusability
Reusable

Mounting Hole Diameter
7 mm

Fire Resistance
Complies with IEC 61386

Spacer Width
19 mm

About Rigid Conduit Spacer

Conduit pipe spacers play a small part in the installation process of a HDPE or PVC pipe, the part they play is an important one.

Also known as Conduit Spacers, theyre able to improve a pipes performance, reliability, and life-cycle. In addition, duct pipe spacers ensure accurate alignment, provide support, and reduce pipe installation time.

Superior Durability

The spacer's mild steel construction with a hot-dip galvanized finish delivers exceptional corrosion and UV resistance. This ensures extended service life in diverse environmental conditions. Its fire resistance compliance assures safety in demanding electrical installations. The robust structure offers high tensile and yield strength for dependable support.

Effortless Installation

Featuring a mechanical slot-in connection and a precisely machined mounting hole (7 mm diameter), the spacer simplifies the installation process. The slotted design accommodates a variety of conduit sizes, making it versatile and user-friendly. Lightweight construction enhances maneuverability during setup, saving time and effort.

FAQ's of Rigid Conduit Spacer:

Q: How is the rigid conduit spacer installed in an electrical conduit system?

A: This conduit spacer is installed using its mechanical slot-in/slotted connection. Align the spacer in position, insert the conduit through the slots, and secure it with appropriate fasteners through the 7 mm mounting holes. Its flat section shape and precise tolerance ensure a snug fit.

Q: What are the primary benefits of using this spacer in electrical conduit installations?

A: The main advantages include high corrosion and UV resistance, fire resistance compliant with IEC 61386, reusability, and strong mechanical properties. These features provide safer, longer-lasting conduit support and reduce maintenance requirements in both indoor and outdoor settings.

Q: When should I use this galvanized conduit spacer?

A: Use this product whenever you require secure spacing for rigid electrical conduits, especially where fire safety, corrosion resistance, or UV protection is critical. It is suitable for residential, commercial, or industrial electrical setups.

Q: Where can this conduit spacer be applied?

A: It is ideal for electrical conduit installations in settings such as factories, commercial buildings, infrastructure projects, and outdoor electrical runs, particularly where exposure to the elements or high loads is expected.

Q: What is the process for maintaining or reusing these spacers?

A: Due to the durable galvanized and PVC construction, routine inspections for surface integrity and fastening are sufficient. If necessary, simply unfasten and remove the spacer for reuse in other installations, as the component is designed for multiple lifecycles.

Q: How does the product conform to safety and quality standards?

A: Manufactured to comply with IEC 61386 (fire resistance) and coated per ASTM A123 / UL 514B (galvanization), this spacer ensures adherence to both safety and quality benchmarks, offering reliable performance and protection under demanding conditions.

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