Base Mat "40"

Feed-in Mat "40"

Border Mat "40"

High-strength lightweight concrete and molded PVC sheet

40(H) x 600(W) x 600(L) mm

Effective cabling space per mat (600 mm)

36(H) x 70(W) x 2 channels per mat = 5,040 mm² per mat

35(H) x 125(W) x 3 channels per mat = 13,125 mm² per mat

20(H) x 15(W) x 12 channels per mat = 3,600 mm² per mat

Distance between cable paths

300 mm

200mm

50 mm

Cable Path Cover

Center Cover

2.3(t) x 145(W) x 145(L) mm

2.3(t) x 97(W) x 145(L) mm

Overall thickness (after coating)

4.0 mm

4.0 mm

Weight

30 kg/m² (with cable path cover)

26 kg/m² (with cable path cover)

Resistance to concentrated load

1. Concrete mat : 1,000 kg/50 mm dia
2. Cable path cover : 300 kg/50 mm dia

Resistance to dynamic load

1. Assuming a cart load of 200 kg (50 kg per wheel of hard synthetic rubber): Capable of withstanding 500,000 passages.
2. Assuming a chair load of 80 kg (20 kg per wheel): Capable of withstanding 1,000,000 passages.

Resistance to uniformly distributed load

1. Concrete mat : 9 ton/200 mm x 200 mm
2. Cable path cover : 4 ton/200 mm x 200 mm

(Test was made using a 10 mmt, 200 mm x 200 mm load-bearing plate.)

Flame resistance

1. Concrete mat (superhigh-strength concrete-incombustible) : JIS L 4405-flame remaining time 0 second; carbonised length 2.9 cm.
2. Cable path cover (steel plate-incombustible) : JIS L4405-flame remaining time 0 second; carbonised length 3.1 cm.

Impact strength

1. Assuming natural falling of a 30 kg sand bag from 0.75 m height : No change in impact strength
2. Assuming natural falling of a 0.5 kg cone-shaped weight from 1.0 m height : No change in impact strength.

Vibration and impact strength

Assuming a mobile library with a 2 ton live load to move back and forth : Capable of withstanding 250,000 passages of forward and backward movement.