Used for catering a wide range of applications related to Consumer Product, pharmaceuticals, Engineering and Food & Beverages, these PET Plastic Sheets are appreciated for their high tensile strength and long life. These PET Plastic Sheets are sturdier and stronger than the HIPS/ PVC, helping to protect the transit damages happening on the inner products. Why Our PET Plastic Sheets?

• High strength
• Long life
• High resistance to wear and tear
• Economically priced

Manufactured using double wire armoring, the Mining Cables, which we offer, are also called Railway Signaling Cables. The current capacity of the Mining Cables is limited by electrical, thermal and associated losses provided by conductors, protective covering & surroundings and insulation. The Mining Cables have a current carrying capacity, which depends on their voltage grade, type, size, components and manufacturing process. Why Our Mining Cables?

• High flexibility
• Smooth performance
• Excellent current carrying capacity
• Economically priced

Heavy Duty Cables are apt for working on voltage ranging from 650 to 1100 Volts. These Heavy Duty Cables are available either Armored/Unarmored PVC insulated form or PVC Sheathed form. These Heavy Duty Cables are safe to work with and best suited for heavy duty machinery. Compliance With Industrial Standards

• These cables have Electrolyte Grade Aluminum Conductor of IS: 8130 / 1984
• Type 'A' PVC Compound Insulation of IS: 5831 / 1984
• ST-1 PVC Compound Sheath of IS: 5831 / 1984 and Steel Strip Armoring of IS: 3975 / 1979

Availability

• The cables available are 2 core flat, 3 and 4 core circular and 4 core with reduced neutral.
• Other types of Power / Control Cables or Copper Conductor cables with change in H.R. Insulation or F.R. Sheathing can also be provided.

Constructional and other details 1100 Volts Single Core Unarmoured / Armoured Cable type

Nominal Conductor Area	mm2	25	35	50	70	95	120	150	185	240	300
Unarmoured
Nom. Insulation thickness	mm	1.2	1.2	1.4	1.4	1.6	1.6	1.8	2	2.2	2.4
Nom. Overall Cable dia	mm12131516182022242730
Aprox. Weight	kg/km	180	220	280	370	470	580	700	840	1070	1290
Armoured
Nom. Insulation thickness	mm	1.5	1.5	1.7	1.7	1.9	1.9	2.1	2.3	2.5	2.7
Nom. Overall Cable dia	mm	15	16	17	20	22	23	25	27	31	32
Aprox. Weight	kg/km	300	340	430	540	690	800	940	1100	1380	1650
Current Carrying Capacity
In ground	amps.	86	100	120	140	175	195	220	240	270	295
In air	amps.	84	105	130	155	190	220	250	290	335	380

1100 Volts Two Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554(Pt.1)/88

Nominal Conductor Area	mm2	16	25	35	50	70	95	120	150	185	240	300
Unarmoured AYY
Nom. Insulation thickness	mm	1	1.2	1.2	1.4	1.4	1.6	1.6	1.8	2	2.2	2.4
Nom. Overall Cable dia	mm	19	20	21	24	27	31	33	36	40	44	49
Aprox. Weight	kg/km	410	410	490	640	800	1080	1240	1510	1840	2340	2890
Armoured AYFY
Nom. Overall Cable dia	mm	21	22	23	26	29	33	34	38	41	46	51
Aprox. Weight	kg/km	820	700	810	990	1230	1560	1750	2060	2480	3040	3720
Current Carrying Capacity
In ground	amps.	70	90	110	135	160	190	210	240	275	320	355
In air	amps.	59	78	99	125	150	185	210	240	275	325	365

1100 Volts Three Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554(Pt.1)/88

Nominal Conductor Area	mm2	16	25	35	50	70	95	120	150	185	240	300
Unarmoured AYY
Nom. Insulation thickness	mm	1	1.2	1.2	1.4	1.4	1.6	1.6	1.8	2	2.2	2.4
Nom. Overall Cable dia	mm	20	21	23	26	29	33	35	40	43	49	53
Aprox. Weight	kg/km	370	540	650	830	1100	1410	1680	2080	2490	3260	3990
Armoured AYFY
Nom. Overall Cable dia	mm	23	24	25	27	30	34	36	41	44	50	54
Aprox. Weight	kg/km	660	850	990	1260	1540	1910	2250	2730	3150	4030	4800
Current Carrying Capacity
In ground	amps.	60	76	92	110	135	165	185	210	235	275	305
In air	amps.	51	70	86	105	130	155	180	205	240	280	315

1100 Volts 31/2 Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554

Nominal Conductor Area	mm2	25/16	35/16	50/25	70/35	95/50	120/70	50/70	185/95	240/120	300/150	400/185
Unarmoured AYY
Nom. Insulation thickness	mm	1.2/1.0	1.2/1.0	1.4/1.2	1.4/1.2	1.6/1.4	1.6/1.4	1.8/1.4	2.0/1.6	2.2/1.6	2.4/1.8	2.6/2.0
Nom. Overall Cable dia	mm	23	24	28	31	35	38	42	46	52	59	66
Aprox. Weight	kg/km	630	730	980	1240	1620	2020	2340	2930	3750	4720	5900
Armoured AYFY
Nom. Overall Cable dia	mm	24	25	29	32	36	39	44	48	53	60	67
Aprox. Weight	kg/km	980	1140	1440	1720	2180	2600	3080	3680	4540	5600	6900
Current Carrying Capacity
In ground	amps.	76	92	110	135	165	185	210	235	275	305	335
In air	amps.	70	86	105	130	155	180	205	240	280	315	375

1100 Volts Four Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554(Pt.1)/88

Nominal Conductor Area	mm2	16	25	35	50	70	95	120	185	300	400
Unarmoured AYY
Nom. Insulation thickness	mm	1	1.2	1.2	1.4	1.4	1.6	1.6	2	2.4	2.6
Nom. Overall Cable dia	mm	20	24	26	30	32	38	39	49	62	71
Aprox. Weight	kg/km	480	680	830	1120	1400	1870	2190	3290	5320	6780
Armoured AYFY
Nom. Overall Cable dia	mm	21	25	27	31	33	39	41	50	63	72
Aprox. Weight	kg/km	780	1049	1240	1590	1880	2460	2830	4030	6220	7860
Current Carrying Capacity
In ground	amps.	60	76	92	110	135	165	185	235	305	335
In air	amps.	51	70	86	105	130	155	180	240	315	375

Instrumentation Cables, we offer, are made using the best quality material. Also, we entertain the specific needs of the clients and produce these Instrumentation Cables accordingly. We are an ISO Certified Manufacturer and Exporter of the Instrumentation Cables. We provide these Instrumentation Cables at the market leading rates. Why Our Instrumentation Cables?

• Made using cutting-edge technology
• Customized solutions available
• Economically priced

Uses Of Different Cables

• The connection and interfacing of most data transmission equipment can be easily affected using either screened or unscrewed twisted pair cables or coaxial cable.
• For microcomputers, which use low speed data transmission over short distances, Unscreened Multicore or Multi-pair Cables can be used.
• For the Interconnection of Data Processor, instruments and microcomputers where signal interface is a consideration, cables are generally screened.
• Minicomputers need medium speed transmission of data, and for these, interfaces with screen twisted pair cables are suitable.
• When signal speed is low, a braid screen is sufficient but for higher speeds a foiled screen or composite foil and braid screen is more suitable.
• One can use individually screened pairs to diminish the effect of cross talk, resultantly making possible smooth transmission over long distances.

Components

• Conductor : Conductor material is Copper. It may be bare or tin coated to minimize oxidation and facilitate soldering. Conductors may be stranded or solid type. For higher cross section generally stranded type construction is preferred.
• Insulation : Insulation material depends upon the electrical and mechanical properties desired and the environments. The most common material is Polyethylene and PVC.
• Shields : Shields is provided to prevent harmful electrostatic interface. These are three basic reasons for providing an electrostatic shield in a cable. The first, and the most common, reason concerns the need to keep external electrical disturbances from affecting the signal in the cable. The second reason is to prevent the signal in the cable from being detectable at location other than at the cable ends. The third reason is the combination of the first two. It is the elimination of unwanted transfer of signals between circuits in the same cable, commonly called cross talk. Two types of shields as given below are commonly used. Braided Copper Wire Shield : Braided shields are reasonably flexible, quite durable and offer a good balance of shielding properties. The drawbacks in braided shields are difficulty in terminating higher cable dimensions and cost. The practical limits of coverage are approach 96%. Aluminum Laminated Mylar Tape Shields : It consists of a laminate of rolled aluminum foil, which is bonded with a high strength adhesive to the mylar film. The tape is applied spirally of longitudinally and provides total (100%) electrostatic shielding. An un-insulated conductor, drain wire is provided in intimate contact with aluminum side of the tape for the ease of shielded termination. The drain wire may be of solid tinned copper or stranded tinned copper and serves triple purpose.
  • Provides easy and suitable grounding of the mylar-aluminum shield.
  • Acts as conductors in relay control of annunciator circuits.
  • Drains the accumulated static charges from the mylar-aluminum shield to ground.
• Sheath : PVC compound is generally used for sheathing purpose. It may have additional fire retardant (FR) or fire retardant low smoke (FRLS) properties. Polyethylene sheath is recommended for low temperature application and aromatic hydrocarbon surrounding. However, polyethylene sheath does not have flame retarding properties.
• Armor : Armoring is provided for mechanical protection and may be either of galvanized round steel wire or galvanized flat steel strips.
• Governing Specifications : BS - 5308 (Part - 1 & 2), VDE 0815, IS - 1554 (Part - 1), in general and customers specifications

Used for aircraft wiring, these Nyvin Cables, we offer, are made using premium materials, ensuring their long hassle-free performance. These Nyvin Cables, which we offer, are PVC Insulated and can work in extreme temperatures. We are among the credible Manufacturers and Exporters of the Nyvin Cables. Construction

• Annnealed Tin Copper Conductor
• PVC Insulated
• Glass Fibre Braided
• Nylon Braid/ Nylon Sheath

Cable details : As per enclosed Table Standard Reference : BSG 177 Technical Data

• Max- working Voltage : 600 Volts RMS
• Max. Frequency : 1600 Hz
• Operating Temperature Range : 30^oc to 105^oc
• Test Voltage : 1500V for 1 minute
• Min. Insulation resistance at 20^oc with 500 V DC : 13.7 Megohm/Km

Following type of Nyvin Cables are also in our manufacturing range

• Uninvyin Met Cable
• Uninyvin Met Sheath Cable
• Dunyvin trinyvin Cables

Specifications

Appreciated for dimensional preciseness, durability and unmatched strength, these Copper Stripes are made using pure copper material. We are among the trusted Manufacturers and Exporters of the Copper Stripes from Vrindaban (Uttar Pradesh). We provide these Copper Stripes at the market leading prices. Why Our Copper Stripes?

• Sturdy make
• Durability
• High strength
• Dimensional accuracy

Used for catering a wide range of applications related to Consumer Product, pharmaceuticals, Engineering and Food & Beverages, these PET Plastic Sheets are appreciated for their high tensile strength and long life. These PET Plastic Sheets are sturdier and stronger than the HIPS/ PVC, helping to protect the transit damages happening on the inner products. Why Our PET Plastic Sheets?

• High strength
• Long life
• High resistance to wear and tear
• Economically priced

Manufactured using double wire armoring, the Mining Cables, which we offer, are also called Railway Signaling Cables. The current capacity of the Mining Cables is limited by electrical, thermal and associated losses provided by conductors, protective covering & surroundings and insulation. The Mining Cables have a current carrying capacity, which depends on their voltage grade, type, size, components and manufacturing process. Why Our Mining Cables?

• High flexibility
• Smooth performance
• Excellent current carrying capacity
• Economically priced

Heavy Duty Cables are apt for working on voltage ranging from 650 to 1100 Volts. These Heavy Duty Cables are available either Armored/Unarmored PVC insulated form or PVC Sheathed form. These Heavy Duty Cables are safe to work with and best suited for heavy duty machinery. Compliance With Industrial Standards

• These cables have Electrolyte Grade Aluminum Conductor of IS: 8130 / 1984
• Type 'A' PVC Compound Insulation of IS: 5831 / 1984
• ST-1 PVC Compound Sheath of IS: 5831 / 1984 and Steel Strip Armoring of IS: 3975 / 1979

Availability

• The cables available are 2 core flat, 3 and 4 core circular and 4 core with reduced neutral.
• Other types of Power / Control Cables or Copper Conductor cables with change in H.R. Insulation or F.R. Sheathing can also be provided.

Constructional and other details 1100 Volts Single Core Unarmoured / Armoured Cable type

Nominal Conductor Area	mm2	25	35	50	70	95	120	150	185	240	300
Unarmoured
Nom. Insulation thickness	mm	1.2	1.2	1.4	1.4	1.6	1.6	1.8	2	2.2	2.4
Nom. Overall Cable dia	mm12131516182022242730
Aprox. Weight	kg/km	180	220	280	370	470	580	700	840	1070	1290
Armoured
Nom. Insulation thickness	mm	1.5	1.5	1.7	1.7	1.9	1.9	2.1	2.3	2.5	2.7
Nom. Overall Cable dia	mm	15	16	17	20	22	23	25	27	31	32
Aprox. Weight	kg/km	300	340	430	540	690	800	940	1100	1380	1650
Current Carrying Capacity
In ground	amps.	86	100	120	140	175	195	220	240	270	295
In air	amps.	84	105	130	155	190	220	250	290	335	380

1100 Volts Two Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554(Pt.1)/88

Nominal Conductor Area	mm2	16	25	35	50	70	95	120	150	185	240	300
Unarmoured AYY
Nom. Insulation thickness	mm	1	1.2	1.2	1.4	1.4	1.6	1.6	1.8	2	2.2	2.4
Nom. Overall Cable dia	mm	19	20	21	24	27	31	33	36	40	44	49
Aprox. Weight	kg/km	410	410	490	640	800	1080	1240	1510	1840	2340	2890
Armoured AYFY
Nom. Overall Cable dia	mm	21	22	23	26	29	33	34	38	41	46	51
Aprox. Weight	kg/km	820	700	810	990	1230	1560	1750	2060	2480	3040	3720
Current Carrying Capacity
In ground	amps.	70	90	110	135	160	190	210	240	275	320	355
In air	amps.	59	78	99	125	150	185	210	240	275	325	365

1100 Volts Three Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554(Pt.1)/88

Nominal Conductor Area	mm2	16	25	35	50	70	95	120	150	185	240	300
Unarmoured AYY
Nom. Insulation thickness	mm	1	1.2	1.2	1.4	1.4	1.6	1.6	1.8	2	2.2	2.4
Nom. Overall Cable dia	mm	20	21	23	26	29	33	35	40	43	49	53
Aprox. Weight	kg/km	370	540	650	830	1100	1410	1680	2080	2490	3260	3990
Armoured AYFY
Nom. Overall Cable dia	mm	23	24	25	27	30	34	36	41	44	50	54
Aprox. Weight	kg/km	660	850	990	1260	1540	1910	2250	2730	3150	4030	4800
Current Carrying Capacity
In ground	amps.	60	76	92	110	135	165	185	210	235	275	305
In air	amps.	51	70	86	105	130	155	180	205	240	280	315

1100 Volts 31/2 Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554

Nominal Conductor Area	mm2	25/16	35/16	50/25	70/35	95/50	120/70	50/70	185/95	240/120	300/150	400/185
Unarmoured AYY
Nom. Insulation thickness	mm	1.2/1.0	1.2/1.0	1.4/1.2	1.4/1.2	1.6/1.4	1.6/1.4	1.8/1.4	2.0/1.6	2.2/1.6	2.4/1.8	2.6/2.0
Nom. Overall Cable dia	mm	23	24	28	31	35	38	42	46	52	59	66
Aprox. Weight	kg/km	630	730	980	1240	1620	2020	2340	2930	3750	4720	5900
Armoured AYFY
Nom. Overall Cable dia	mm	24	25	29	32	36	39	44	48	53	60	67
Aprox. Weight	kg/km	980	1140	1440	1720	2180	2600	3080	3680	4540	5600	6900
Current Carrying Capacity
In ground	amps.	76	92	110	135	165	185	210	235	275	305	335
In air	amps.	70	86	105	130	155	180	205	240	280	315	375

1100 Volts Four Core Unarmoured / Armoured Cable type :AYY/AYFY to IS : 1554(Pt.1)/88

Nominal Conductor Area	mm2	16	25	35	50	70	95	120	185	300	400
Unarmoured AYY
Nom. Insulation thickness	mm	1	1.2	1.2	1.4	1.4	1.6	1.6	2	2.4	2.6
Nom. Overall Cable dia	mm	20	24	26	30	32	38	39	49	62	71
Aprox. Weight	kg/km	480	680	830	1120	1400	1870	2190	3290	5320	6780
Armoured AYFY
Nom. Overall Cable dia	mm	21	25	27	31	33	39	41	50	63	72
Aprox. Weight	kg/km	780	1049	1240	1590	1880	2460	2830	4030	6220	7860
Current Carrying Capacity
In ground	amps.	60	76	92	110	135	165	185	235	305	335
In air	amps.	51	70	86	105	130	155	180	240	315	375

Instrumentation Cables, we offer, are made using the best quality material. Also, we entertain the specific needs of the clients and produce these Instrumentation Cables accordingly. We are an ISO Certified Manufacturer and Exporter of the Instrumentation Cables. We provide these Instrumentation Cables at the market leading rates. Why Our Instrumentation Cables?

• Made using cutting-edge technology
• Customized solutions available
• Economically priced

Uses Of Different Cables

• The connection and interfacing of most data transmission equipment can be easily affected using either screened or unscrewed twisted pair cables or coaxial cable.
• For microcomputers, which use low speed data transmission over short distances, Unscreened Multicore or Multi-pair Cables can be used.
• For the Interconnection of Data Processor, instruments and microcomputers where signal interface is a consideration, cables are generally screened.
• Minicomputers need medium speed transmission of data, and for these, interfaces with screen twisted pair cables are suitable.
• When signal speed is low, a braid screen is sufficient but for higher speeds a foiled screen or composite foil and braid screen is more suitable.
• One can use individually screened pairs to diminish the effect of cross talk, resultantly making possible smooth transmission over long distances.

Components

• Conductor : Conductor material is Copper. It may be bare or tin coated to minimize oxidation and facilitate soldering. Conductors may be stranded or solid type. For higher cross section generally stranded type construction is preferred.
• Insulation : Insulation material depends upon the electrical and mechanical properties desired and the environments. The most common material is Polyethylene and PVC.
• Shields : Shields is provided to prevent harmful electrostatic interface. These are three basic reasons for providing an electrostatic shield in a cable. The first, and the most common, reason concerns the need to keep external electrical disturbances from affecting the signal in the cable. The second reason is to prevent the signal in the cable from being detectable at location other than at the cable ends. The third reason is the combination of the first two. It is the elimination of unwanted transfer of signals between circuits in the same cable, commonly called cross talk. Two types of shields as given below are commonly used. Braided Copper Wire Shield : Braided shields are reasonably flexible, quite durable and offer a good balance of shielding properties. The drawbacks in braided shields are difficulty in terminating higher cable dimensions and cost. The practical limits of coverage are approach 96%. Aluminum Laminated Mylar Tape Shields : It consists of a laminate of rolled aluminum foil, which is bonded with a high strength adhesive to the mylar film. The tape is applied spirally of longitudinally and provides total (100%) electrostatic shielding. An un-insulated conductor, drain wire is provided in intimate contact with aluminum side of the tape for the ease of shielded termination. The drain wire may be of solid tinned copper or stranded tinned copper and serves triple purpose.
  • Provides easy and suitable grounding of the mylar-aluminum shield.
  • Acts as conductors in relay control of annunciator circuits.
  • Drains the accumulated static charges from the mylar-aluminum shield to ground.
• Sheath : PVC compound is generally used for sheathing purpose. It may have additional fire retardant (FR) or fire retardant low smoke (FRLS) properties. Polyethylene sheath is recommended for low temperature application and aromatic hydrocarbon surrounding. However, polyethylene sheath does not have flame retarding properties.
• Armor : Armoring is provided for mechanical protection and may be either of galvanized round steel wire or galvanized flat steel strips.
• Governing Specifications : BS - 5308 (Part - 1 & 2), VDE 0815, IS - 1554 (Part - 1), in general and customers specifications

Used for aircraft wiring, these Nyvin Cables, we offer, are made using premium materials, ensuring their long hassle-free performance. These Nyvin Cables, which we offer, are PVC Insulated and can work in extreme temperatures. We are among the credible Manufacturers and Exporters of the Nyvin Cables. Construction

• Annnealed Tin Copper Conductor
• PVC Insulated
• Glass Fibre Braided
• Nylon Braid/ Nylon Sheath

Cable details : As per enclosed Table Standard Reference : BSG 177 Technical Data

• Max- working Voltage : 600 Volts RMS
• Max. Frequency : 1600 Hz
• Operating Temperature Range : 30^oc to 105^oc
• Test Voltage : 1500V for 1 minute
• Min. Insulation resistance at 20^oc with 500 V DC : 13.7 Megohm/Km

Following type of Nyvin Cables are also in our manufacturing range

• Uninvyin Met Cable
• Uninyvin Met Sheath Cable
• Dunyvin trinyvin Cables

Specifications

Appreciated for dimensional preciseness, durability and unmatched strength, these Copper Stripes are made using pure copper material. We are among the trusted Manufacturers and Exporters of the Copper Stripes from Vrindaban (Uttar Pradesh). We provide these Copper Stripes at the market leading prices. Why Our Copper Stripes?

• Sturdy make
• Durability
• High strength
• Dimensional accuracy