Excavation and the digging of trenches is risky work; it could be dangerous for the workers on site. Hence it is imperative to safeguard the workers from electrical shock and other hazards. Excavation/digging can also cause costly damages to underground Electrical Cables, Telecommunication Optical Fiber Cable Networks and Gas Distribution System, Industrial and also the Domestic Water Piping System.

Designed to protect underground telecom and power supply cables, LITAFLEX uPVC Cable Cover Plate (also called the Warning Marker Plate) eliminates disruption to business operations from earth work activities, such as excavation and digging. Manufactured from Polyvinyl Chloride, LITAFLEX uPVC Cable Cover Plate possesses high impact strength and complies with international standards. The wide range of bright, luminous colours with embossed raised lettering enables easy identification, thereby effectively signaling caution when digging trenches. LITAFLEX enjoys the cutting edge in the customization of Cover Plates in the South East Asian region; we have proven expertise in customizing both the colour and the embossed letterings. Furthermore, the ingenious design of the Interlocking Device.

Standard Embossing

DANGER  LT CABLE

DANGER  HT CABLE

Category:

Flat Plate

Product No.

Dimension (mm)

Pallet

A

B

PCS 

 M3

PF 120

120

1.6

2000

0.75

PF 150

150

1.8

2000

1.00

PF 200

200

2.0

1600

1.20

PF 250

250

2.0

1200

1.10

Standard Length : 1M
Standard Colour : Yellow/Black

 

 

Angle Plate

Product No.

Dimension (mm)

Pallet

A

B

PCS 

 M3

PA 120

120

1.8

2000

0.75

PA 150

150

1.8

2000

1.00

PA 172

172

2.0

1600

1.20

PA 272

272

2.0

1200

1.10

Standard Length : 1M
Standard Colour : Yellow/Black

 

 

Flat Smooth Plate

Product No.

Dimension (mm)

Pallet

A

B

RL

 M3

PS

200

2.0

25

1.64

Standard Length : 50M per roll
Standard Colour : Yellow/Black

 

CUSTOM-MADE COVER PLATE

COLOURS AND EMBOSSED TEXT

Specifications

Characteristics

272mm uPVC Cable Cover Plate

1. Dimensional Measurement (mm), average

a) Length

b) Width

c) Thickness

 

1000

272

2.0

ASTM D1525 : 2017

2. Vicat Softening Temperature (°C), average

 

90

ONORM E6530 (Clause 7.3) : 1985

3. Impact Strength (Drop Hammer Test)

a) Maximim depth of penetration of the 10 kg drop hammer into the 3 specimens tested (mm)

b) Observation

 

 

90

No crack was observed

ONORM E6530 (Clause 7.4) : 1985 / ASTM D3045 : 2018

4. Tensile Load of the Longittudinal Connection

a) Tensile Load prior to Aging (N), average

b) Tensile Load after Aging (N), average

c) Change in Tensile Load (%)

 

 

847

869

2.7 

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