TECMOR PG 35 three-phase - Maximum Working Performance; Mono-phase Machine Performance

10
9.2 Maximum working performance:
The maximum working performance is represented by the possibility of bending together one or more
bars, according to the diameter and strength of the rod.
Mandrels indicated in the following tables show maximum performances of the machine not keeping in
consideration the iron yield point. For constructions made in reinforced concrete it is necessary to use
the mandrels complying with Laws in force.
Type
PG 26 three-phase
PG 30 three-phase
n°bars
1
2
3
4
5
1
2
3
4
5
Ø mandrel
100
69
69
55
48
130
100
69
55
48
650 N/mm²
22
16
14
12
10
26
18
14
12
10
850 N/mm²
20
14
12
10
10
22
16
12
10
10
Type
PG 35 three-phase
PG 40 three-phase
n°bars
1
2
3
4
5
1
2
3
4
5
Ø mandrel
130
100
69
55
48
130
130
87
68
68
650 N/mm²
30
22
18
14
10
34
24
18
16
14
850 N/mm²
26
20
16
14
10
30
22
16
14
12
Type
PGT 32/25 three-phase
Bending
PGT 32/25 three-phase
Cutting
n°bars
1
2
3
4
5
1
2
3
4
5
Ø mandrel
130
100
69
36
36
650 N/mm²
26
18
14
12
10
22
16
12
10
10
850 N/mm²
22
16
12
10
10
20
14
10
10
10
Maximum working performance for mono-phase machines:
The supply value (VOLT) must be checked during the working process.
Machine type
Operation
Maximum
performance at
220V
Maximum
performance at
200V
Maximum
performance at
190V
PG 26 – 8 turns
Bending
Ø22 (mandr. Ø100)
Ø20
Ø18
PG 26 – 12 turns
Bending
Ø18 (mandr. Ø100)
Ø16
Ø14
PG 30
Bending
Ø24
Ø22
Ø20
PGT 32/25
Bending
Ø24
Ø22
Ø20
PGT 32/25
Cutting
Ø20
Ø18
Ø16
Supply cable for mono-phase machines:
An inappropriate supply cable can cause a voltage drop decreasing the machine performance.
Supply cable section:
2,5 mm² for a cable with maximum length 15 meters
4 mm² for a cable with maximum length 60 meters
6 mm² for a cable with maximum length 80 meters