Various Size Cable Tray

Cable Tray (Lebar1 X Height X Length X Thickness Plate)

Cable Tray 100 X 50 X 2400 X 1.2 Mm

Cable Tray 150 X 50 X 2400 X 1.2 Mm

Cable Tray 200 X 50 X 2400 X 1.2 Mm

Cable Tray 300 X 50 X 2400 X 1.2 Mm

Cable Tray 400 X 50 X 2400 X 1.2 Mm

Cable Tray 500 X 50 X 2400 X 1.2 Mm

Cable Tray 150 X 100 X 2400 X 1.2 Mm

Cable Tray 200 X 100 X 2400 X 1.2 Mm

Cable Tray 300 X 100 X 2400 X 1.2 Mm

Cable Tray 400 X 100 X 2400 X 1.2 Mm

Cable Tray 500 X 100 X 2400 X 1.2 Mm

Nb: Finishing Materials Galvanized / Ocp.

Close Cable Tray (Lebar1 X Length X Thickness Plate)

Close Cable Tray 100 X 2400 X 1.2 Mm

Close Cable Tray 150 X 2400 X 1.2 Mm

Close Cable Tray 200 X 2400 X 1.2 Mm

Close Cable Tray 300 X 2400 X 1.2 Mm

Close Cable Tray 400 X 2400 X 1.2 Mm

Close Cable Tray 500 X 2400 X 1.2 Mm

Nb: Finishing Materials Galvanized / Ocp.

T-Cable Tray (Lebar1 X Height X Thickness X Lebar2 Plat)

T-Cable Tray 100 X 100 X 50 X 1.2 Mm

T-Cable Tray 150 X 150 X 50 X 1.2 Mm

T-Cable Tray 200 X 200 X 50 X 1.2 Mm

T-Cable Tray 300 X 300 X 50 X 1.2 Mm

T-Cable Tray 400 X 400 X 50 X 1.2 Mm

T-Cable Tray 500 X 500 X 50 X 1.2 Mm

T-Cable Tray 150 X 150 X 100 X 1.2 Mm

T-Cable Tray 200 X 200 X 100 X 1.2 Mm

T-Cable Tray 300 X 300 X 100 X 1.2 Mm

T-Cable Tray 400 X 400 X 100 X 1.2 Mm

T-Cable Tray 500 X 500 X 100 X 1.2 Mm

Nb: Finishing Materials Galvanized / Ocp.

Cross-Cable Tray (Lebar1 X Height X Thickness X Lebar2 Plat)

Cross-Cable Tray 100 X 100 X 50 X 1.2 Mm

Cross-Cable Tray 150 X 150 X 50 X 1.2 Mm

Cross-Cable Tray 200 X 200 X 50 X 1.2 Mm

Cross-Cable Tray 300 X 300 X 50 X 1.2 Mm

Cross-Cable Tray 400 X 400 X 50 X 1.2 Mm

Cross-Cable Tray 500 X 500 X 50 X 1.2 Mm

Cross-Cable Tray 150 X 150 X 100 X 1.2 Mm

Cross-Cable Tray 200 X 200 X 100 X 1.2 Mm

Cross-Cable Tray 300 X 300 X 100 X 1.2 Mm

Cross-Cable Tray 400 X 400 X 100 X 1.2 Mm

Cross-Cable Tray 500 X 500 X 100 X 1.2 Mmnb: Finishing Materials Galvanized / Ocp.

Elbow Cable Tray (Lebar1 X Height X Thickness X Lebar2 Plat)

Elbow Cable Tray 100 X 100 X 50 X 1.2 Mm

Elbow Cable Tray 150 X 150 X 50 X 1.2 Mm

Elbow Cable Tray 200 X 200 X 50 X 1.2 Mm

Elbow Cable Tray 300 X 300 X 50 X 1.2 Mm

Elbow Cable Tray 400 X 400 X 50 X 1.2 Mm

Elbow Cable Tray 500 X 500 X 50 X 1.2 Mm

Elbow Cable Tray 150 X 150 X 100 X 1.2 Mm

Elbow Cable Tray 200 X 200 X 100 X 1.2 Mm

Elbow Cable Tray 300 X 300 X 100 X 1.2 Mm

Elbow Cable Tray 400 X 400 X 100 X 1.2 Mm

Elbow Cable Tray 500 X 500 X 100 X 1.2 Mm

Nb: Finishing Materials Galvanized / Ocp.

Hanger / Buffer Cable Tray (Lebar1 X Thickness Plate)

Hanger Cable Tray 100 X 1.2 Mm

Hanger Cable Tray 150 X 1.2 Mm

Hanger Cable Tray 200 X 1.2 Mm

Hanger Cable Tray 300 X 1.2 Mm

Hanger Cable Tray 400 X 1.2 Mm

Hanger Cable Tray 500 X 1.2 Mm

Nb: Finishing Materials Galvanized / Ocp.

Tray Cable Jointing

We Need To Learn How To Install The Correct Cable. Because If The Cable Is Twisted Left Just Like That, It Could Make The Wires Twisted Into A Complex And Likely To Make The Cable Surge And Eventually Make A Fire. Therefore We Need To Take Advantage Of This Knowledge To The Cable Through The Cable Tray After Finish.

Electrical Wiring In A Building, Cable Tray Used To Insulate Electrical Wires Will Be Used For Power Distribution And Data. Cable Trays Are Used As An Alternative To Open Wiring Or Electrical Conduit Systems.

Cable Tray Is Used To Organize The Cables In Commercial And Industrial Construction.

Cable Tray Has Special Benefits That Trade Becomes A Cabling System Are Anticipated. Since The Cables Can Be Installed By Placing It On A Tray, Rather Than Pull The Cable Through The Pipe.

It Nih Example, Cable Tray Commonly Found In Supermarkets.

Type Of Cable Tray

Many Types Of Tray That Diguanakan On Different Application. Solid-Bottom (Solid Bottom) Tray Type Gives Maximum Protection To The Cable, But It Requires Cutting Tray Or Accuracy Of The Included Cable To The Cable Started Out. Deep, Solid Enclosure (Solid Fenced) For The Cable Channel Called Cable Or Cable Trough.

A Vetinlasi Owned Tray On The Bottom Tray, So That Good Air Circulation Along The Cable, Pengerinan Water, And Also To Keep Dust To Fall Through The Tray. Small Cable May Be Out Of The Tray Through The Ventilation Openings, Which May Be A Slot Or Hole That Gets Pressed Down. Tray-Ladder Type Of Cable That Has A Transverse Support Beams, Such As Stairs, At Regular Intervals In The Order Of 4 To 12 Inches (100 To 300 Mm).

Tray Stairs And Ventilation May Possess A Sturdy Protective Order To Protect The Cable From Falling Objects, Dust, And Water. Protective Tray Used For Outdoors Or A Very Dusty.

Where Little Cable Used Is Numerous, Such As For Telephone Or Computer Network Kable, Cable Tray Types Of Lighter It Accordingly. Made Of Wire Mesh, Commonly Called 'Cable Basket', Or May Be Taken From A Single Form The Main Hub (Rail) With Cable Support Their Ribs On Both Sides, A Bit Like A Fish Spine And His Ribs.

High-Powered Cable Tray Placed On The Need Of The Support Blocks To Adjust The Spacing Between The Conductors To Keep From Overheating The Cable Wire. Smaller Wires May Diltekan The Horizontal Tray Less Secure, Or More Secure By Using Cable Ties On The Bottom Of The Peak Vertical Tray.

To Set Up The Support Cables On The Degree Of Change Or Change In Direction Of The Tray, A Large Amount Of Specialization Appropriate Cable Tray Is Also Made To Be Compatible With A Variety Of Each Tray. Horizontal Elbow Changed The Direction Of The Tray Of The Same Terrain As The Bottom Tray, And Shape Made 30, 45 And 90 Degrees; Inside And Outside Of The Elbow Was To Change Ketegak Lurusan Tray Below.

Various Types Of Clamps, Supports And Connections Used In Cable Tray To Provide Maximum Functionality In The System Tray. For Example, Differences In The Size Of The Cable Tray Used In A Line To Connect With A Silencer.

The Materials Used

Most Cable Tray Made Of Galvanized Steel, Stainless Steel, Aluminum, Or Glass-Reinforced Fiber Glass. Materials Provided For The Application Chosen By Corrosion And Barriers Used For One Location.

Fire And Security Solutions

Easy Cable Jacket And Cable Terbaka Of Fire Can Burn And Can Spread Along The Cable Tray Along The Structure. This Can Be Prevented Easily By Using Fire-Resistant Cable Jacket, Or Layer Of Fireproofing That Diterpakan The Attached Cables. The Coating Is Thick Or Long Fire-Stops Require Adjustment Of The Class Now, Since A Lot Of Fireproofing Measures That Reduce Waste Heat From Wiring.

In The Household Is Also Very Important. Tray Cables Are Installed In Hard To Reach Places. Dust Of Fire And Creasing Can Easily Increase If The Tray Is Not Routinely Kept In Check And Keep Clean.

Plastic And Plastic Cable Tray Seratkaca Strengthen Flammable; Effect Is Mitigated Through The Use Of Fire Retardants Or Fireprooping.

Cable Tray Containing Iron Expanded By Adding Heat From Fire Accidents. This Has Been Proven By The German Otto-Graf Institute Has Reported Iii.1-80 999 / Tei / Tei 'Supplementary Test On The Topic Of Mechanical Force Acting On Cable Penetration Firestop System During The Fire Test', On October 23, 1984, To Issue 'Smoothly' Firestops, Such As Those Made From Fibrous Insulation With A Rubber Jacket. The Same Would Apply To Some Of The Silicone Foam Seals. It Is Easy To Fix By Using Firestops Mortar, As Seen Above, Or Force Sufficient Pressure And Thickness. Also, Some Buildings Indicate That Mandates Penetrant, Such As Cable Tray Installed To Prevent Their Contribution To The Collapse Of A Protective Wall Of Fire.