Description

This 4 AWG 3 conductor vinyl nylon tray cable (VNTC), also known as PVC/Nylon, is a general purpose 600 volt shielded control cable with ground wire for use where shielding from electro-static interference is required in power, control and lighting circuits. It is suitable for a broad range of commercial and industrial uses.

The Exposed Run (ER) rating on this cable means it meets crush and impact testing requirements, and is therefore tough enough to run outside a cable tray without additional protection, unlike standard tray cables which must be installed inside a conduit, raceway or other protection.

Applications:

Power, control and lighting circuits
In all raceways or direct burial
In wet or dry locations

Construction:

4 AWG fully annealed stranded bare copper conductor per ASTM B3
Class B stranding per ASTM B8 for conductors and ground
3 Conductors
ICEA color code Method 4: black with numbered conductors
Insulation is flame-retardant PVC with clear polyamide (nylon)
Copper tape shield providing 100% coverage
6 AWG uninsulated annealed stranded bare copper ground conductor
Lead-free, flame-retardant, sunlight-resistant Polyvinyl Chloride (PVC) jacket

Standards:

UL 1277 Type TC-ER
IEEE 1202
Rated for UV/sunlight resistance

Specifications

Conductor Size:

4 AWG

Conductor Count:

Conductor Material:

Bare Copper

Conductor Type:

Stranded

Insulation:

PVC/Nylon

Shield:

Shielded

Jacket Material:

PVC - Polyvinyl Chloride

Color:

Black

NEC:

YES

Ground Size:

6 AWG

Outside Diameter:

0.94 in

Temperature:

90C (194F)

UL:

YES

Voltage rating:

600V

Weight per Foot:

0.759 lb

Manufacturer Equivalents

Belden item:

28156AC

Lake Cable item:

VG43SCU/M4

Omni Cable item:

A40403

AZ Wire item:

3VN-0403WGS

2/3C VNTC Shielded Tray Cable w/Ground M4 600V ER

3 stranded copper conductors with ground, PVC/nylon insulated, overall shield, PVC jacket. UL Type TC-ER, 600V. Wet or dry locations, sunlight resistant, suitable for direct burial. Conductors: ICEA color code M4. Outer jacket: black.