• Manufacturer of customized DJVP2VP2-22 computer computer armoured shield cable System 1
Manufacturer of customized DJVP2VP2-22 computer computer armoured shield cable

Manufacturer of customized DJVP2VP2-22 computer computer armoured shield cable

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 m
Supply Capability:
1 m/month

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A: computer cable USES

The editor


[1]

This product is suitable for use in ac U0 / U for 300/500 v electric power, metallurgy, petrochemical and other industries is given priority to with electronic computer automatic control system, computer collecting and distributing control system, automation control system for the line of control and detection instrument with the computer cable.

2 2: product standards

The editor


Q/CF002

Flame retardant performance test execution GB12666-90 standard

3. 3: use features

The editor


: 1. Ac rated voltage U0 / U 300/500 v

2. The highest working temperature: polyethylene insulation does not exceed 70 ℃

Cross-linked polyethylene insulation 90 ℃

Low smoke zero halogen flame retardant polyolefin 70 ℃

Low smoke zero halogen flame retardant crosslinked polyolefin 90 ℃ and 125 ℃

3. The lowest temperature: PVC sheathed: fixed installation to 40 ℃, the fixed installation to 15 ℃

4. Cable installation temperature under installation should not below 0 ℃.

5. Cable allows bending radius: the armoured cable minimum 6 times of cable diameter

Copper tape screened or steel tape armoured cable minimum 12 times of cable diameter

4 4: computer model name

The editor


DJYPV

Polyethylene insulation twisted-pair copper wire braided shield PVC

Set of computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYVP

Polyethylene insulation twisted-pair copper wire braided shield PVC

Set of computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYPVP

Polyethylene insulation twisted-pair copper wire braided shielding and total shielding

Vinyl chloride sheathed computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP2V

Polyethylene insulation for points shield PVC sheathed with copper tape

Computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYVP2

Polyethylene insulation for total shield PVC sheathed with copper tape

Computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP2VP2

Polyethylene insulation on the shielding and total shielded with copper tape polyvinyl chloride

Computer cable sheath

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP3V

Polyethylene insulation for shielding with lu: su composite with polyvinyl chloride (PVC)

Computer cable sheath

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYVP3

Polyethylene insulation to ground lu: su composite with total shielding of PVC

Computer cable sheath

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP3VP3

Polyethylene insulation to ground lu: su composite with shielding and total shielding

PVC sheathed computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYPVR

Polyethylene insulation twisted-pair copper wire braided shield PVC

Set of soft computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYVPR

Polyethylene insulation twisted-pair copper wire braided shield PVC

Set of soft computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYPVPR

Polyethylene insulation twisted-pair copper wire braided shielding and total shielding

Vinyl chloride sheathed soft computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP2VR

Polyethylene insulation on points with copper tape screen soft PVC sheathed

Computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYVP2R

Polyethylene insulation for total shielding soft PVC sheathed with copper tape

Computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP2VP2R

Polyethylene insulation on the shielding and total shielded with copper tape polyvinyl chloride

Ene soft computer cable sheath

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP3VR

Polyethylene insulation for shielding with lu: su composite with polyvinyl chloride (PVC)

Soft computer cable sheath

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYVP3R

Polyethylene insulation to ground lu: su composite with total shielding of PVC

Soft computer cable sheath

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYP3VP3R

Polyethylene insulation to ground lu: su composite with shielding and total shielding

Soft PVC sheathed computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

occasion

DJYPV22

Polyethylene insulation twisted-pair copper wire braided shield PVC

Set of steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYVP22

Polyethylene insulation twisted-pair copper wire braided shield PVC

Set of steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYPVP22

Polyethylene insulation twisted-pair copper wire braided shielding and total shielding

Vinyl chloride sheath steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYP2V22

Polyethylene insulation on points with copper tape screened PVC sheathed steel

Tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYVP2-22

Polyethylene insulation for total with copper tape screened PVC sheathed steel

Tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYP2VP2-22

Polyethylene insulation on the shielding and total shielded with copper tape polyvinyl chloride

Ene sheath steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYP3V22

Polyethylene insulation for shielding with lu: su composite with polyvinyl chloride (PVC)

Sheath steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYVP3-22

Polyethylene insulation to ground lu: su composite with total shielding of PVC

Sheath steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion

DJYP3VP3-22

Polyethylene insulation to ground lu: su composite with shielding and total shielding

PVC sheathed steel tape armoured computer cable

For laying indoors, in cable trench, pipeline for electrostatic shielding

And external mechanical forces fixed under great occasion


Q: The electrical equipment in the classroom which uses insulating material
Classrooms in the electrical equipment are used insulating material, but with the number and location of different.
Q: What is the electrical performance of insulating materials
The electrical insulating material is a material that is electrically insulated from the device and has a certain mechanical strength, typically having a resistivity of 106 to 1019.cm. Their function in electrical technology is as follows: 1 Insulate the conductor from the other parts; 2 Separate the conductors of different potentials 3 Provide the conditions for the energy storage of the capacitor 4 Improve the potential gradient in the high voltage electric field.
Q: Brass is not an insulating material?
Brass is a particularly good conductive material and is a good material for wearing heat
Q: What insulating materials are used for transformers
Dry type transformers before the 1960s are mainly B-type insulation of the open-type dry-type transformers, product model for the SG type. When there is no foil coil, the low pressure for the majority of multi-root and around the layer or spiral coil, high pressure for the pie coil. Wire for the double glass envelope or single glass fiber package enamel enameled wire. The rest of the insulating material is mostly phenolic glass fiber materials. The impregnation process for the room temperature, atmospheric pressure with B-class insulation impregnated paint were high and low pressure coil impregnation and drying at the temperature (drying temperature does not exceed 130 ℃). Although this dry-type transformers than oil-immersed transformers in the fire performance has made great progress, but its moisture, anti-pollution performance is worrying. Is no longer produced. Nevertheless, its successful electrical, magnetic, thermal calculations and structural design have laid a good foundation for the new H-class insulated open-ended transformers that have evolved later.
Q: What insulating material is used for high voltage cables
YJLV23 Aluminum core XLPE insulated steel tape armored PVC sheathed power cable YJV32 copper core XLPE insulated fine steel wire armored PVC sheathed power cable indoor, tunnel, cable trench, shaft or buried
Q: Who knows what are the ability of 1300 degrees above the high temperature, insulation materials?
Where the ablative material is also high temperature resistant material. For example, in the 300 ~ 600 ℃, in the air to maintain its mechanical strength, chemical resistance and so on.
Q: What are the gas insulation materials?
The relative breakdown strength of air (at air 1) at the standard pressure (101335Pa) is as follows: nitrogen, 1; hydrogen, 0.5; carbon dioxide, 0.9; sulfur hexafluoride, 2.5; freon-12,2.7 The
Q: What is the DMD insulation material?
These small mirrors are approximately 16 or 14 microns in size and are usually made up of an array of up to 50 to 2 million, with a gap between the mirrors of 1 micron and a mirror rotating with an aluminum hinge as a rotation axis 10- 12 degrees, can be used repeatedly 1 trillion, life test shows that in accordance with the usual use can be used for 100,000 hours. Its opening and closing control is through the mirror stop when the damping effect of the spring contact near the mirror, gradually reduce the way the additional voltage to achieve. DMD chip has been upgraded, the original chip on the microscope size of 16 microns, flip angle of 10 degrees, the current DMD micrometer size of 14 microns, flip 12 degrees, support 4K resolution chip has also been formed, the chip size of about 1.38 Inch.
Q: Wear-resistant, high temperature, insulation materials which
Alumina - high temperature, corrosion resistance, wear resistance. Good electrical insulation 1600 ℃. For crucible, high temperature thermocouple casing, knives, mold and so on. Silicon nitride - has good high temperature strength, thermal expansion coefficient is small, high thermal conductivity, thermal shock resistance, the use of temperature as alumina, good electrical insulation. 1200 ℃ still have a high hardness. For mechanical seal ring, thermocouple casing, steam turbine blades and so on. Silicon carbide - high temperature strength, 1400 ℃ when the bending strength of (500 ~ 600) MPa. For the nozzle, furnace tubes, high temperature bearings, high temperature heat exchangers and so on.
Q: What is the thermal aging and electrical aging of insulating materials?
Environmental aging, also known as atmospheric aging, is due to ultraviolet light, ozone, salt spray, acid and other factors caused by pollution of chemical aging, which is the main reason for ultraviolet light. Thermal aging more common in low-voltage electrical appliances, the mechanism is under the action of temperature, the insulating material in some volatile components escape, the internal components of oxidative cracking, thermal cracking, hydrolysis, molecular chain polymerization and other chemical changes, and gradually lose insulation properties.

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