ARC FRP Cable Tray

Fiber reinforced plastic (FRP) and glass reinforced plastic (GRP) is the ultimate choice for cable trays. We at ARC are masters in manufacturing GRP and FRP cable trays. Our range of FRP and GRP cable trays is vast and filled with qualities that cable trays should have in order to fulfill the purpose that they are created for.

Ladder Type: Our ladder type cable trays are designed with longitudinal sections that form a C shape. The longitudinal sections are joined by a rung that is adept at handling loads of different capacity

Perforated Type: This is another major offering of FRP cable trays manufacturers. It is designed with sections and a solid bottom in which holes are drilled to achieve desired result.

Full Ventilation

Long Support Spans

Corrosion Resistance

Lightweight

Non Conductive

Advantages of ARC FRP Cable Tray

Corrosion resistance

FRP cable trays are highly resistant to corrosion caused by various environmental factors, such as moisture, chemicals, and atmospheric pollutants. This resistance ensures a longer service life and reduced maintenance costs compared to traditional metallic cable trays, which are susceptible to corrosion.

Lightweight and high strength

FRP cable trays are lightweight yet possess excellent strength-to-weight ratios, making them easier to install and handle compared to metallic cable trays of similar strength. This characteristic can also reduce installation costs and enable the use of smaller support structures.

Non-conductive

FRP cable trays are non-conductive, which makes them suitable for use in environments where electrical safety is a concern, such as in power plants, substations, and industrial facilities. This property eliminates the need for grounding and reduces the risk of electrical hazards.

Low maintenance

FRP cable trays are resistant to fouling, scaling, and buildup, which can reduce the need for frequent cleaning and maintenance. This translates into lower operational costs and fewer disruptions in the cable management system.

Chemical resistance

FRP cable trays are resistant to a wide range of chemicals, making them suitable for use in chemical plants, laboratories, and other industrial environments where chemical exposure is a concern.

Fire resistance

FRP cable trays can be designed to meet fire-resistant specifications, making them suitable for use in areas with high fire risk or where fire safety is a critical concern.

Versatility

FRP cable trays can be manufactured in a variety of sizes, shapes, and configurations, allowing for customization to meet the specific requirements of cable management projects. They can also be designed to handle various loads and environmental conditions.

Smooth surface

FRP cable trays have a smooth surface, which reduces friction and facilitates easier cable pulling and maintenance operations.

Durability

FRP cable trays are resistant to environmental factors such as UV radiation, temperature fluctuations, and moisture, making them suitable for both indoor and outdoor installations.

Aesthetics

FRP cable trays can be manufactured in various colors, allowing for better integration with the surrounding environment or color-coding for cable management purposes.

Applications

Chemcial Industry

Power Generation Sector

TECHNICAL SPECIFICATIONS

Mechanical Properties

Sl. No.	Properties	Longitudinal	Transverse
1	Ultimate Tensile Strength, PSI	30,000	7,000
2	Ultimate Compressive Strength, PSI	30,000	15,000
3	Ultimate Flexural Strength, PSI	30,000	10,000
4	Tensile Modulus, PSI × 10^6	2.5	0.8
5	Compressive Modulus, PSI x 10^6	2.5	1
6	Flexural Modulus, PSI × 10^6	1.6	0.8
7	Ultimate Shear Strength, PSI	5,500	5,500
8	Ultimate Bearing Stress, PSI	30,000	30,000
9	Izod Impact Strength, Ft.-Lbs. per inch of notch ASTM D256	25	4
10	Barcol Hardness	Min 45	50

Physical Properties

Particulars
1.	Dielectric strength	Axial 30-45 KV/25mm
2	Dielectric strength	Radial 10-15 KV/mm
2.	Arc resistance	>120 seconds
3.	Water Absorption	0.6% maximum by weight (24 hrs immersion)
4.	Flame Spread index shall be<=25 and smoke density index=<450 as per ASTME84 Class A
5.	Very Low flammability (VO) as per UL94
6.	Anti-Static with surface resistivity between 10^9 and 10^12 ohms as per ASTM D257.
7.	Oxygen index shall be minimum 30% as per ASTM-D-2863.
8.	UV resistance as per ASTM G154 (For 1000 hours minimum, with tensile strength test which shall not reduce by more than 7% after UV exposure)
9.	Resistance to heat and fire as per IEC 60695-2-12 (at 960-degree temperature)

Miltered Fittings for the Cable Ladders
90° Horizontal Radius Bend
W(mm) L(mm) A(mm)
152 1207 854
229 1314 930
305 1422 1006
457 1638 1159
610 1854 1311
762 2070 1464
914 2286 1616
90° Horizontal Direct Bend
W(mm) A(mm)
152 330
229 406
305 483
457 635
610 787
762 940
914 1092
90° Inside Vertical Radius Bend
W(mm) A(mm) L(mm)
100 530 749
150 530 749
200 530 749
90° Outside Vertical Radius Bend
W(mm) A(mm) L(mm)
100 505 714
150 555 786
200 606 857
Straight Reducer
W1(mm)
914 762 610 457 305 229
W2 (mm) 152 1105 1029 953 876 679 670
229 1067 991 914 838 670 –
305 1029 953 914 679 – –
457 953 908 679 – – –
610 908 679 – – – –
762 679 – – – – –
L(mm)
Right or Left Hand Reducer
W1(mm)
914 762 610 457 305 229
W2 (mm) 152 1410 1175 1175 940 940 705
229 1175 1175 940 940 705 –
305 1175 940 940 705 – –
457 940 940 705 – – –
610 940 705 – – – –
762 705 – – – – –
L(mm)
Horizontal Radius Tee
W (mm) A (mm) L (mm)
152 780 1410
229 850 1410
305 930 1410
457 1080 1640
610 1240 1880
762 1390 1880
914 1540 2110
Horizontal Radius Cross
W (mm) A (mm) L (mm)
152 780 1410
229 850 1410
305 930 1410
457 1080 1640
610 1240 1880
762 1390 1880
914 1540 2110

90° Horizontal Radius Bend
W(mm)	L(mm)	A(mm)
152	1207	854
229	1314	930
305	1422	1006
457	1638	1159
610	1854	1311
762	2070	1464
914	2286	1616

90° Horizontal Direct Bend
W(mm)	A(mm)
152	330
229	406
305	483
457	635
610	787
762	940
914	1092

90° Inside Vertical Radius Bend
W(mm)	A(mm)	L(mm)
100	530	749
150	530	749
200	530	749

90° Outside Vertical Radius Bend
W(mm)	A(mm)	L(mm)
100	505	714
150	555	786
200	606	857

Straight Reducer
W1(mm)
	914	762	610	457	305	229
W2 (mm)	152	1105	1029	953	876	679	670
229	1067	991	914	838	670	–
305	1029	953	914	679	–	–
457	953	908	679	–	–	–
610	908	679	–	–	–	–
762	679	–	–	–	–	–
L(mm)

Right or Left Hand Reducer
W1(mm)
	914	762	610	457	305	229
W2 (mm)	152	1410	1175	1175	940	940	705
229	1175	1175	940	940	705	–
305	1175	940	940	705	–	–
457	940	940	705	–	–	–
610	940	705	–	–	–	–
762	705	–	–	–	–	–
L(mm)

Horizontal Radius Tee
W (mm)	A (mm)	L (mm)
152	780	1410
229	850	1410
305	930	1410
457	1080	1640
610	1240	1880
762	1390	1880
914	1540	2110

Horizontal Radius Cross
W (mm)	A (mm)	L (mm)
152	780	1410
229	850	1410
305	930	1410
457	1080	1640
610	1240	1880
762	1390	1880
914	1540	2110

Perforated Type Cable Trays Specifications

Perforated Cable Tray Model No.	Tray height – H (mm)	Runner width – W (mm)	Thickness – T (mm)
ARC – PT2A	50	50	3.0
ARC – PT2B	50	100	3.0
ARC – PT2C	50	150	3.0
ARC – PT2D	50	200	3.0
ARC – PT2E	50	300	3.0
ARC – PT3A	80	100	3.0
ARC – PT3B	80	150	3.0
ARC – PT3C	80	200	3.0
ARC – PT3D	80	250	3.0
ARC – PT3E	80	300	3.0
ARC – PT3F	80	400	4.0
ARC – PT3G	80	500	4.0
ARC – PT3H	80	600	4.0
ARC – PT4A	110	100	4.0
ARC – PT4B	110	200	4.0
ARC – PT4C	110	300	4.0
ARC – PT4D	110	400	4.0
ARC – PT4E	110	500	4.0
ARC – PT4A	110	600	4.0

Perforated Cable Tray Model No.	Load Bearing UDL (Kg/mtr)
ARC – PT2A	11
ARC – PT2B	15
ARC – PT2C	18
ARC – PT2D	25
ARC – PT2E	30

Mitered Fittings for the Perforated Cable Tray
90° Vertical Inside Bend
W (mm) A (mm)
50 565
75 565
100 565
150 565
200 565
250 568
90° Vertical Outside Bend
W) (mm) A (mm
50 559
75 559
100 559
150 559
200 559
250 559
90° Horizontal Bend
W (mm) A (mm)
50 610
75 635
100 660
150 711
200 762
250 813
Horizontal Tee
W1 (mm) W2 (mm)
51 51
76 76
102 102
152 152
203 203
255 255
Horizontal Cross
W1 (mm) W2 (mm)
51 51
76 76
102 102
152 152
203 203
255 255

90° Vertical Inside Bend
W (mm)	A (mm)
50	565
75	565
100	565
150	565
200	565
250	568

90° Vertical Outside Bend
W) (mm)	A (mm
50	559
75	559
100	559
150	559
200	559
250	559

90° Horizontal Bend
W (mm)	A (mm)
50	610
75	635
100	660
150	711
200	762
250	813

Horizontal Tee
W1 (mm)	W2 (mm)
51	51
76	76
102	102
152	152
203	203
255	255

Horizontal Cross
W1 (mm)	W2 (mm)
51	51
76	76
102	102
152	152
203	203
255	255

TESTING CERTIFICATE

INHOUSE TEST REPORT

ARC FRP products come with an in-house test certificate documenting performance, quality, and compliance based on internal testing and evaluations.

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THIRD PARTY TC

ARC FRP products come with the ATIRA test certificate verifying independent assessment of their quality, performance, and adherence to industry standards.

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APPROVALS

ARC FRP products meet industry standards, ensuring quality and compliance for durability, safety, and performance in construction.

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ARC FRP Cable Tray

Full Ventilation

Long Support Spans

Corrosion Resistance

Lightweight

Non Conductive

Advantages of ARC FRP Cable Tray

Corrosion resistance

Lightweight and high strength

Non-conductive

Low maintenance

Chemical resistance

Fire resistance

Versatility

Smooth surface

Durability

Aesthetics

Applications

TECHNICAL SPECIFICATIONS

Mechanical Properties

Physical Properties

Miltered Fittings for the Cable Ladders

Perforated Type Cable Trays Specifications

Mitered Fittings for the Perforated Cable Tray

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TESTING CERTIFICATE

INHOUSE TEST REPORT

THIRD PARTY TC

APPROVALS