INSTRUMENT CABLE

INSTRUMENT CABLE

0.61kV-PVC-XLPE-insulation-Control-Cable

VERI Cable specializes in producing and selling control cables, instrumentation cables, and cable accessories to date.

VERI Cable produces instrumentation cables manufactured using GB, IEC, BS, ASTM, ISO900, ISO14000, ISO14001, ISO18000, BS, CE, IEC, NFC, ASTM, and DIN certifications. This instrument cable type is moisture-proof, corrosion-proof, and damage-proof, and can be laid in tunnels or cable trenches.
Power control instrumentation cables are used to transmit and distribute high-power electrical energy on the main line of the power system, and control cables directly transmit electrical energy from the distribution point of the power system to the electrical connection lines of various electrical devices and appliances.

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CU/XLPE Insulated Instrument Cable---0.6/1KV

450/750v 0.5mm2 0.75mm2 1mm2 CU/XLPE insulated instrumentation cable

Construction
Conductor: Annealed or tinned copper
Pairing: Two or three insulated conductors uniformly twisted together with a lay not exceeding 100 mm
Binder Tape: PETP transparent tape
Standard
IEC 60502, BS 5308, GB 9330

Shielding

Braid

Jacket/Insulation

PVC/XLPE/PE

Rated Voltage

600V

Size

0.5mm2-1000mm2  customizable

Type

Low Voltage/Medium Voltage/High Voltage

Certificate

ISO, CCC, CE, VDE

Conductor Type

flexible

Sheath

PVC Sheath

Sheath Color

Black or blue

Advantages:
Fire prevention, anti-impact, anti-rat, anti-mosquito, anti-radiation
Low working temperature
Strong overload resistance
Long service life, high safety, explosion-proof, corrosion resistance
High mechanical strength

Typically used in industrial process manufacturing plants for communications, data, and voice transmission of signals and services, and also for the interconnection of electrical equipment and instruments, usually in the oil industry.

Copper Tape Screened Twisted Pair Instrument Cable

Individual Screen Armored Instrument Cable application:
Instrumentation cable Individual and overall Screened Steel Wire Armored/ SWA Pairs are used in data processing and process control. Suitable for fixed installations in damp locations and open spaces. The electrostatic screen protects against outer interference fields.

1. Design: LSZH (Low Smoke Zero Halogen) Instrumentation cable consisting of bare copper conductors, black & white, twisted pairs or black, white & red twisted triples with a continuous number sequence.

2. Voltage Rating: Rated Voltage Max. 300V a.c; Nominal Voltage A.C/D. C 110/150V, Test Voltage In process spark test – 4500V and AC withstand

voltage test – 1500V, TECHNICAL DATA 0.5mm 1.5mm

3. Operating Temperature: Minimum continuous operating temperature -25°C,75°C, 90°C, Minimum short circuit temperature 160°C (for 5 sec)

Conductor Material

Copper/copper aluminum tinned copper wire aluminum alloy

Insulation Material

PVC/XLPE

Shielding

Foil

Jacket

PVC

Color

all kinds of color is available

Standard

IEC BS ASTM DIN GB9330-1998

Sectional area

0.75 mm2 – 10 mm2

armored

steel tape steel wire

Inner Sheath

LSZH (Low Smoke Zero Halogen) Sheath

Outer Sheath

LSZH (Low Smoke Zero Halogen) Sheath is flame retardant, conforms to IEC60332-3-22, halogen-free, conforms to IEC60754-1, low smoke emissions, conforms to IEC61034-1-2

Conductor sizes

0.5 mm² solid, 1.0 mm² solid, 0.5 mm² flexible, 0.75 mm² flexible or 1.5mm²stranded

Collective screen

24 µm aluminum / PETP tape over tinned copper drain wire, 0.5 mm²

Maximum Capacitance:
Conductor to Conductor 145pF/m 200pF/m, Conductor to Screen 240pF/m 300pF/m, Maximum Conductor Resistance @ 20 C 38.4Ω/km 13.8Ω/km,
Insulation Resistance @ 20 C 40MΩ/km 140MΩ/km,  Cross Talk Attentuation Between Pairs @ 1kHz 300Ω 150Ω
Inductance @ 1kHz 1.00mH/km 0.95mH/km,  L/R Ratio @ 1kHz 13.7µH/Ω 36.5µH/Ω 
Bending Radius:
The following minimum bending radius should be observed to ensure operating reliability
unarmoured: 9 x cable outer diameter (during installation)  6 x cable outer diameter (after installation)
Armoured: 18 x cable outer diameter (during installation)     12 x cable outer diameter (after installation)

Underwater Instruments Flat Shaft Electrical Cable

This product can be used as an underwater communication cable. It can be either a single network cable structure a coaxial cable structure, a network cable plus multicore power cable, or a coaxial cable plus multicore control cable structure. The network cable is more than Category 5 or Category 6, and the video cable is commonly used as 75-3/75-5, etc. This product can also be used as an underwater telephone line. When using it, you can choose 2 pairs to use as video recording lines, and you can choose any pair to use as a telephone line or as a communication cable. It is simple to use and convenient to maintain.

Characteristics of Underwater Network Cable:
It is resistant to underwater pressure, seawater corrosion, underwater low temperature, oil, cold, corrosion, UV, abrasion, flame retardant, and bending. It applies to the rapid movement and installation of instruments and equipment in the underwater field.

Conductor

multi strand super fine stranded oxygen free copper wire

Insulation Material

high-densitywaterproof material

Shielding

tinned copper wire fabric

Jacket

seawater resistant polyurethane

Color

core wires are distinguished by different colors

Network cable type

CAT5E/CAT6/CA6A

tensile strength

100/300/500KGcustomized

Rated voltage

300/300V

Collective screen

24 µm aluminium / PETP tape over tinned copper drain wire, 0.5 mm²

Water depth

100M/200m/500m, etc

Temperature range of underwater network cable:
Fixed installation – 40 ℃ to+85 ℃
Mobile installation: – 30 ℃ to+85 ℃
 

Bending radius of zero buoyancy steel wire mesh:
Fixed installation: 5 × Cable outer diameter (D)
Mobile installation: When the strokeis<10m, the bending radius is 7.5 × D When the stroke is ≥ 10m, the bending radius is 10 × D

Instrument Cable Installation and Wiring Tips

  1. —Under the eaves. Standard cables can be used only if the cable is not exposed to direct sunlight or extreme heat, and conduit is recommended. Do not use cables without UV protection in direct sunlight.
  2. —On the outer wall. Avoid direct sunlight on the wall and man-made damage. Heating cables are exposed to high temperatures in metal conduit or trunking, and many polymeric materials experience reduced service life at these temperatures.
  3. —In pipes (plastic or metal). If in pipes, pay attention to the damage to plastic pipes and the heat conduction of metal pipes. Once mechanical damage occurs, fiber optic cables are expensive to repair, requiring at least two terminations at each discontinuity point.
  4. —Suspended applications/overhead cables. Consider cable sag and stress. The cable is exposed to direct sunlight or not.
  5. —Directly laying in the underground cable trench, this environment is the smallest control range. The installation of the cable trench should be checked regularly for dryness or dampness. If the shield of the control cable needs to be grounded, the appropriate standards must be followed.

VERI Transportation with Professional Service

VERI Cable has multiple ways to protect your cables, with sturdy and professional shipping packaging and comprehensive insurance. Before shipping, our cables are packaged in wooden reels and corrugated box coils. During transportation, to protect the cable ends from moisture, we seal them with BOPP self-adhesive tape and non-hygroscopic.

If there are quality problems such as damaged packaging and product surface damage on the spot when the goods are received, if the goods are confirmed to be true, the goods do not match the order, and the quality problems found by the customer during the installation, laying and use process are confirmed to be the quality problems of the product itself, If the delivery is not in accordance with the contract requirements, please contact our company directly.

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