Name: Computer cable
Brand: Youhui_Specializing in the production of various wires & cables
Availability: InStock

Computer cable

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Product Description

Electrical computer shielded control cable

This product is suitable for a rated voltage of 300/500. V and electronic computers with higher requirements for anti-interference performance, Testing instruments, Instrument connection. Flame-retardant electronic computer shielding control cable
Cable, fire-resistant computer shielded control cable, low-halogen low-smoke or halogen-free low-smoke flame-retardant cable Shielded cable for microcomputer control, also suitable for applications requiring flame retardancy, fire resistance, and low-smoke, non-toxic characteristics.
A place of seeking.

This product is authorized. The applicable standard is the enterprise standard. Q/HL127。

Product Usage Characteristics

Rated voltage U/U For 300/500 V 。

Long-term permissible operating temperature of cable conductors: 70°C for polyethylene‑insulated and PVC‑insulated cables, and 90°C for cross‑linked polyethylene‑insulated cables.

The cable laying temperature shall not be lower than 0°C.

Fire-resistant control cables can pass GB/T19216 The specified test.

Permissible bending radius of cables: For cables with an armor layer or copper‑tape shielding, the radius shall be no less than 12 times the cable’s outer diameter; for all other cables, the radius shall be no less than 6 times the cable’s outer diameter.

Main Technical Specifications

The DC resistance of conductors and the insulation resistance of cables at 20°C comply with the enterprise standard. Q/HL127。

The cable can withstand 2000. V/5min. Alternating voltage test.

The operating capacitance of a cable pair at a frequency of IkHz Time ≤ 115 × 10 nF/km。

Flame-retardant shielded control cable for electronic computers can pass GB/T18380 specified A Class, B Class, C Classified combustion test.

The fire-resistant computer shielded control cable can pass. GB/T19216 specified A Class, B Classified combustion test.

Low-halogen, low-smoke, or halogen-free, low-smoke flame-retardant shielded cables for computer control can meet GB/T 18380 、 GB/T 17650 and GB/T 17651 Test requirements.

Model, Name, Scope of Use
Model number	Name	Use Environment
Model, Name, Scope of Use	Polyvinyl chloride‑insulated or cross‑linked polyethylene‑insulated twisted pair with aluminum‑plastic composite tape shielding, polyvinyl chloride… Shielded cable with ethylene jacket for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.
Model number	Name	Use Environment
DJYPIV DJVPIV DJYJPIV	Polyvinyl chloride‑insulated or cross‑linked polyethylene‑insulated twisted pair with aluminum‑plastic composite tape shielding, polyvinyl chloride… Shielded cable with ethylene jacket for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.
DJYPIV 22 DJVPIV22 DJYJP IV22	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with aluminum‑plastic composite. Shielded PVC‑jacketed steel‑tape armored shielded cable for computer control	Laid indoors, in cable trenches, conduits, or directly buried, it can withstand substantial external mechanical forces. Fixed scenarios requiring blocking
DJYPIV23 DJVPIV23 DJYJP I V23	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with aluminum‑plastic composite. Shielded polyethylene‑sheathed steel‑tape armored shielded cable for computer control	Laid indoors, in cable trenches, conduits, or directly buried, it can withstand substantial external mechanical forces. Fixed scenarios requiring blocking
DJYPIV32 DJVPIV32 DJYJP IV32	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with aluminum‑plastic composite. Shielded PVC‑jacketed, fine steel‑wire armored shielded cable for computer control	It can withstand significant mechanical stress when installed indoors, in cable trenches, conduits, directly buried, or in shafts. Fixed applications requiring shielding against mechanical tension, etc.
DJYPIV33 DJVPIV33 DJYJP IV33	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with aluminum‑plastic composite. Shielded polyethylene‑sheathed, fine steel‑wire‑armored shielded cable for computer control	It can withstand significant mechanical stress when installed indoors, in cable trenches, conduits, directly buried, or in shafts. Fixed applications requiring shielding against mechanical tension, etc.
DJYPIVP 1 DJVPIVPI DJYJPIVP1	Core‑in‑core, with ethylene insulation, PVC insulation, or cross‑linked ethylene insulation, twisted aluminum‑plastic composite tape. Shielded, aluminum-plastic composite tape overall shield, PVC jacket, shielded cable for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.
DJY P2V DJVP 2V DJYJP2 V	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with steel‑tape shielding. Shielded PVC‑jacketed shielded cable for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.
DJYP 2V22 DJVP2V22 DJYJPZ V22	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with copper‑tape shielding. Shielded cable with PVC jacket and steel tape armor, for computer control applications	Laid indoors, in cable trenches, conduits, or directly buried, it can withstand substantial external mechanical forces. Fixed scenarios requiring blocking
DJYP 2V23 DJVP2V23 DJYJP 2V23	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with copper‑tape shielding. Shielded cable with polyethylene sheath and steel tape armor, for computer control applications.	Laid indoors, in cable trenches, conduits, or directly buried, it can withstand substantial external mechanical forces. Fixed scenarios requiring blocking
DJY P 2V32 DJVP2V32 DJYJP2V32	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with steel‑tape shielding. Shielded PVC‑jacketed, fine steel‑wire‑armored shielded cable for computer control	It can withstand significant mechanical stress when installed indoors, in cable trenches, conduits, directly buried, or in shafts. Fixed applications requiring shielding against mechanical tension, etc.
DJYP 2V33 DJVP 2V33 DJYJP2V33	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with copper‑tape shielding. Shielded polyethylene‑sheathed fine steel‑wire armored shielded cable for computer control	It can withstand significant mechanical stress when installed indoors, in cable trenches, conduits, directly buried, or in shafts. Fixed applications requiring shielding against mechanical tension, etc.
DJYP 2VP2 DJVP 2VP2 DJYJP2VP2	Steel‑core polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with steel‑tape shielding. Shielded, copper‑tape overall shield with a PVC jacket, shielded cable for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.
D JY Photovoltaic DJVPV DJYJ Photovoltaic	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with copper wire braiding. Shielded PVC‑jacketed shielded cable for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.
DJYP Vice President DJVP Vice President DJYJ Vice President	Copper‑core cable with ethylene insulation, PVC insulation, or cross‑linked polyethylene insulation, twisted copper wire braid shield. Shielded, copper‑wire‑braided overall shield with a PVC jacket, shielded cable for computer control	Installed in indoor environments, cable trenches, pipelines, and other fixed applications requiring shielding.

Model number	Name	Operating environment
DJYPVR DJVPVR DJYJP VR	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with copper wire braid shielding and a PVC jacket. Shielded flexible cable for electronic computer control	For installation indoors where flexibility and shielding are required.
DJYPVPR DJVPVPR DJYJP VPR	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with steel‑wire braid shielding, overall copper‑wire braid. Shielded flexible cable with PVC jacket for computer control applications	Laid indoors where flexibility and shielding are required. occasion
DJYVP DjVP DJYJVP	Copper-core, polyethylene-insulated, PVC-insulated, or cross-linked polyethylene-insulated twisted pair with overall copper wire braid shielding, PVC jacket. Shielded cable for electronic computer control with sheath	Installation in indoor spaces, cable trenches, pipelines, and other specified requirements Fixed scenarios for blocking
DJYVP DJVVP DJjYJV	Copper‑core, polyethylene‑insulated, PVC‑insulated, or cross‑linked polyethylene‑insulated twisted pair with overall shielding by an aluminum‑plastic composite tape. Shielded cable for electronic computer control with an ethylene jacket	Laid indoors, in cable trenches, conduits, and other locations as required by the screen. Fixed occasions of concealment
DJYVPR DJVVPR DJY JVPR	Copper-core, polyethylene-insulated, PVC-insulated, or cross-linked polyethylene-insulated twisted pair with overall copper wire braid shielding, PVC jacket. Shielded flexible cable for electronic computer control	For installation indoors where flexibility and shielding are required.
In addition to manufacturing the aforementioned standard shielded heating elements for electronic computer control, our factory also produces flame-retardant shielded cables for electronic computer control and fire-resistant electronic computer control cables. Use shielded cables, low-halogen, low-smoke, or halogen-free, low-smoke flame-retardant shielded cables for computer control applications, among others. Their model designation methods are as follows: Flame-retardant shielded cables for electronic computer control shall be designated by adding a prefix to the standard cable model. ZA 、 ZB 、 ZC; Shielded cables for fire-resistant computer control shall be designated by adding a prefix to the standard cable designation. N; Low-halogen, low-smoke, and halogen-free, low-smoke flame-retardant power cables for computer control shall be prefixed with DDZA 、 DDZB 、 D DZC 、 WDZA 、 WDZB 、WDZC.

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