Description

Technical Parameters

Certification

XLPE PVC control cable for motor control centers

PRODUCT REAL SHOT

XLPE PVC control cable for utility substations

XLPE PVC control cable for manufacturing plants

600V TC-ER control cable for industrial automation panels

XLPE PVC control cable for switchgear control wiring

10 AWG TC-ER – Multi-Conductor Shielded Control Cable with XLPE Insulation for EMI-Sensitive Applications

In industrial environments, electrical noise from motors, VFDs, and welding equipment can corrupt sensitive control signals, leading to production errors. This 10 AWG overall shielded control cable protects against electromagnetic interference, ensuring clean signal transmission in noisy industrial environments. Featuring XLPE insulation, stranded bare copper conductors, and an aluminum/polyester overall shield with a PVC jacket, this cable delivers reliable control and instrumentation performance. UL1277 and UL44 certified with a 600V rating, it is Type TC-ER rated for exposed run tray installations without conduit. The overall shield provides effective EMI protection, while the XLPE insulation offers excellent resistance to heat, moisture, and chemicals. The 10 AWG size provides ample ampacity for both control circuits and low-power equipment connections in factory automation and sensor systems. The PVC jacket provides rugged protection against mechanical stress and environmental exposure.

PRODUCT SPECIFICATIONS

600V TC-ER control cable for petrochemical plants

Product Description

The XLPE/PVC, 600V Control, Type TC-ER Direct Burial Cables consist of fully annealed bare copper Class B stranded conductors, covered with oil and gas resistant Cross-linked Polyethylene (XLPE), unshielded or shielded and black PVC jacket. These cables are used in industrial power or station control circuits.

Applications

In conduit, duct, free air, raceways and direct burial, primary installations include cable trays, and outdoor locations.
In wet or dry locations
Approved for Class I, Div. 2 industrial hazardous locations per NEC
Permitted for Exposed Run (ER) used in accordance with NEC for 3 or more conductors; two conductors without a ground wire are Type TC only

Features

Rated at 90°C wet or dry
Rippor (as needed)
Excellent sunlight resistance
Meets cold bend test at -25°C

SPECIFICATIONS
Conductor Count	Available in 2 through 37 conductors
Conductor	Fully annealed bare copper Class B
Gauge Sizes	Available in 14 through 10 AWG
Insulation	Cross-linked Polyethylene (XLPE) 14 AWG and larger are type XHHW-2
Color Coding	Per ICEA S-58-679 Method 1, Table E-2; additional color coding options available
Fillers	Non-hygroscopic fillers, as necessary to obtain a round finish conductor
Shield (optional)	Overall aluminum polyester foil in contact with 20 AWG stranded tinned copper drain wire
Jacket	Polyvinyl Chloride (PVC)
Jacket Marking	Type TC-ER (3 or more conductors) Conductor sizes 14 AWG - 10 AWG: 00000 FT GREATER WIRE XXAWG XX/C XHHW-2 PVC JKT (or OS) 600V 90C WET OR DRY TYPE TC-ER (UL) SUN RES DIR BUR MADE IN USA MMDDYYYY Type TC(2 conductors) Conductor sizes 14 AWG - 10 AWG: 00000 FT GREATER WIRE XXAWG XX/C XHHW-2 PVC JKT (or OS) 600V 90C WET OR DRY TYPE TC (UL) SUN RES DIR BUR MADE IN USA MMDDYYYY
Packaging	Non-returnable wood reels in a variety of lengths and dimensions
Performance Compliances	ASTM B3, ASTM B8,ASTM B33 UL 44 UL1277 UL 1685 (flame exposure test) ANSI/NEMA WC 70/ICEA S-95-658 NEC
Other Compliances	EPA 40 CFR, Part 261 OSHA RoHS-compliant/RoHS 2-compliant REACH-compliant

Unshielded

Conductor Count	Conductor Size AWG	Insulation Thickness in (mm)	Jacket Thickness in (mm)	Approx. Overall Diameter in (mm)	Approx. Net Weight lbs/kft (kg/km)
2	14	0.030(0.76)	0.045(1.14)	0.37(9.3)	65(95)
3	14	0.030(0.76)	0.045(1.14)	0.39(9.9)	85(124)
4	14	0.030(0.76)	0.045(1.14)	0.42(10.8)	105(154)
5	14	0.030(0.76)	0.045(1.14)	0.46(11.7)	125(185)
7	14	0.030(0.76)	0.045(1.14)	0.50(12.7)	165(242)
9	14	0.030(0.76)	0.060(1.52)	0.62(15.8)	225(333)
12	14	0.030(0.76)	0.060(1.52)	0.69(17.5)	285(422)
19	14	0.030(0.76)	0.060(1.52)	0.80(20.4)	425(632)
25	14	0.030(0.76)	0.080(2.03)	0.98(24.9)	590(874)
30	14	0.030(0.76)	0.080(2.03)	1.04(26.3)	685(1,018)
37	14	0.030(0.76)	0.080(2.03)	1.11(28.3)	820(1,218)
2	12	0.030(0.76)	0.045(1.14)	0.40(10.2)	85(125)
3	12	0.030(0.76)	0.045(1.14)	0.43(10.8)	115(166)
4	12	0.030(0.76)	0.045(1.14)	0.47(11.8)	145(209)
5	12	0.030(0.76)	0.045(1.14)	0.51(12.9)	170(253)
7	12	0.030(0.76)	0.060(1.52)	0.59(14.9)	245(361)
9	12	0.030(0.76)	0.060(1.52)	0.69(17.4)	310(455)
12	12	0.030(0.76)	0.060(1.52)	0.76(19.4)	395(582)
19	12	0.030(0.76)	0.080(2.03)	0.93(23.7)	630(937)
25	12	0.030(0.76)	0.080(2.03)	1.09(27.6)	815(1,209)
30	12	0.030(0.76)	0.080(2.03)	1.15(29.2)	955(1,415)
37	12	0.030(0.76)	0.080(2.03)	1.24(31.4)	1,150(1,705)
2	10	0.030(0.76)	0.080(2.03)	0.45(11.4)	115(170)
3	10	0.030(0.76)	0.045(1.14)	0.48(12.1)	155(231)
4	10	0.030(0.76)	0.045(1.14)	0.52(13.3)	200(294)
5	10	0.030(0.76)	0.045(1.14)	0.60(15.4)	260(385)
7	10	0.030(0.76)	0.060(1.52)	0.66(16.7)	345(508)
9	10	0.030(0.76)	0.060(1.52)	0.77(19.6)	435(644)
12	10	0.030(0.76)	0.060(1.52)	0.86(21.8)	560(831)

overall shielded

Conductor Count	Conductor Size AWG	Insulation Thickness in (mm)	Jacket Thickness in (mm)	Approx. Overall Diameter in (mm)	Approx. Net Weight lbs/kft (kg/km)
2	14	0.030(0.76)	0.045(1.14)	0.37(9.4)	70(102)
3	14	0.030(0.76)	0.045(1.14)	0.39(10.0)	90(131)
4	14	0.030(0.76)	0.045(1.14)	0.43(10.8)	110(162)
5	14	0.030(0.76)	0.045(1.14)	0.46(11.8)	130(193)
7	14	0.030(0.76)	0.045(1.14)	0.50(12.8)	170(250)
9	14	0.030(0.76)	0.060(1.52)	0.62(15.9)	230(342)
12	14	0.030(0.76)	0.060(1.52)	0.69(17.6)	290(431)
19	14	0.030(0.76)	0.060(1.52)	0.81(20.5)	435(642)
25	14	0.030(0.76)	0.080(2.03)	0.98(25.0)	600(886)
30	14	0.030(0.76)	0.080(2.03)	1.04(26.4)	695(1029)
37	14	0.030(0.76)	0.080(2.03)	1.12(28.4)	830(1231)
2	12	0.030(0.76)	0.045(1.14)	0.41(10.3)	90(132)
3	12	0.030(0.76)	0.045(1.14)	0.43(10.9)	120(173)
4	12	0.030(0.76)	0.045(1.14)	0.47(11.9)	150(217)
5	12	0.030(0.76)	0.045(1.14)	0.51(13.0)	180(261)
7	12	0.030(0.76)	0.060(1.52)	0.59(15.0)	250(369)
9	12	0.030(0.76)	0.060(1.52)	0.69(17.5)	315(464)
12	12	0.030(0.76)	0.060(1.52)	0.76(19.4)	400(592)
19	12	0.030(0.76)	0.080(2.03)	0.94(23.8)	640(948)
25	12	0.030(0.76)	0.080(2.03)	1.09(27.7)	825(1221)
30	12	0.030(0.76)	0.080(2.03)	1.15(29.2)	960(1428)
37	12	0.030(0.76)	0.080(2.03)	1.24(31.5)	1155(1718)
2	10	0.030(0.76)	0.045(1.14)	0.45(11.5)	120(177)
3	10	0.030(0.76)	0.045(1.14)	0.48(12.2)	165(238)
4	10	0.030(0.76)	0.045(1.14)	0.53(13.4)	205(302)
5	10	0.030(0.76)	0.060(1.52)	0.61(15.4)	265(393)
7	10	0.030(0.76)	0.060(1.52)	0.66(16.8)	350(517)
9	10	0.030(0.76)	0.060(1.52)	0.78(19.7)	440(653)
12	10	0.030(0.76)	0.080(2.03)	0.90(23.0)	605(894)

CERTIFICATIONS

600V TC-ER control cable for wastewater treatment plants

PACKAGING

600V TC-ER control cable for solar farms

Roll

600V TC-ER control cable for power generation plants

Plastic Reel

Small Wooden Reel

APPLICATION

XLPE PVC control cable for railway systems

Factory Automation

XLPE PVC control cable for marine shipboard projects

Process Instrumentation

Water Treatment Control Systems

CASE

BASF Ludwigshafen Verbund Site

MWRA Deer Island Wastewater Treatment Plant

Siemens Electronic Works Amberg Factory

WHY CHOOSE US

30Years of experience
in one-stop service

Dongguan Greater Wire & Cable Co., Ltd. is a professional engineering-grade cable manufacturer in China, supplying certified electrical cable solutions for building, industrial, mining, energy, and infrastructure projects worldwide.

With a 30,000 m² factory, 30 production lines, experienced engineers, and a strict quality control team, we provide reliable, traceable, and compliant cable products for international engineering applications. Our products are supported by certifications including SAA, UL, cUL, VDE, TÜV, CE, CB, IEC, BPS, and ISO.

We are committed to safety, quality, transparency, and long-term partnership. From raw material inspection to finished product testing, every batch is carefully controlled to ensure stable performance and dependable project use.

Greater Cable - Certified Quality. Reliable Supply. Engineering Value.

15K

Finished Projects

150+

professional staff

15K

happy clients

92+

awards & certifacates

PLANT EQUIPMENT

GLOBAL CERTIFICATIONS

XLPE PVC control cable for control cabinets

CUSTOMER PHOTOS

XLPE PVC control cable for chemical plants

INTERNATIONL TRANSPORTATION

Sea Freight

We offer reliable sea freight solutions for large-volume orders. Your goods are securely packed and shipped in containers, ensuring cost-effective delivery to ports worldwide.

Air Freight

For faster delivery, our air freight service ensures your products reach international destinations quickly, with careful handling and full tracking along the way.

International Express

Need urgent shipments? Our international express service delivers small to medium orders efficiently, providing door-to-door service with real-time tracking for peace of mind.

600V TC-ER control cable for oil and gas

COOPERATIVE PARTNER

We are looking for a cooperative partner to expand our business.

XLPE PVC control cable for motor control centers

600V TC-ER control cable for manufacturing plants

XLPE PVC control cable for station control circuits

technical data 600V XLPE PVC control cable

datasheet FR-XLPE PVC jacket control cable

How To Cooperate With Us?

Simply share your requirements, receive our professional solution, confirm samples, and enjoy fast, reliable production and worldwide delivery - working with us is that easy.

Our address

Building 2, No. 40 Luxi 2nd Road, Liaobu Town, Dongguan City, Guangdong Province, China

Phone Number

+86 136 6257 9592

+86 135 1078 4550

E-mail

manager01@greaterwire.com

FAQ

How does the overall shield protect against EMI?

The aluminum/polyester shield reflects and absorbs electromagnetic interference, preventing it from affecting the signals carried by the conductors.

When should I choose shielded over unshielded control cable?

Choose shielded cable when the installation is near motors, VFDs, welding equipment, or other sources of electromagnetic interference that could disrupt control signals.

Does the shield need to be grounded?

Yes, the shield should be properly grounded at one end (typically the control panel end) to provide effective EMI protection.

What is the advantage of stranded conductors in this cable?

Stranded conductors provide flexibility for installation in cable trays and conduits with bends, making them easier to route than solid conductors.

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