1) Electric upsetting host: double column structure. The working surface is machined by large machine to ensure the accuracy of assembly. The machine is equipped with anvil system, clamping system and forging system and so on.
2) Anvil system: it consists of servo system, deceleration system, guide block mechanism, anvil electrode, anvil seat and alloy conductive block.
3) Guide block is mounted on two guide posts. Guide post after quenching and tempering,electroplate to ensure the strength and service life.
4) The servo system drive the guide block. In the process of forging force balance.
5) Anvil electrode adapt T2 electrolytic copper. Installed on guide block. Another side connection with transformer.
6) Anvil seat and guide block connect with anvil electrode. Alloy conductive guide block belong to wearing parts.
7) Clamping system consists of clamping cylinder, guide mechanism, clamping electrode and jaws conductive block.
8) The guide mechanism is moved by upsetting cylinder.
9) Hydraulic system: Adapt low pressure circuit. Supply the oil by the motor driven the vine pump. The hydraulic valve is mounted on the integrated circuit block. Adapt proportional regulator.
10) Heating system: 30 KVA single phase transformer. The heating current is controlled by dedicated Thyristor controller. Stepless regulator and constant current heating.
Specification | EUM-30 | EUM-50 |
Rod diameter | 5 mm to 8 mm | 8mm to 12 mm |
Overall length | Max. 300 | Max. 650 |
Max forging force | 20KN | 31.5KN |
Max clamping force | 10KN | |
Max stroke of forging cylinder | 300 mm | 400 mm |
Max stroke of anvil | 150 mm | 100 mm |
Max stroke of clamping cylinder | 40 mm | 50 mm |
Heat method | DC Heating | |
Current control method | PLC | |
Forging control | PLC control hydraulic presure drive | |
Transformer power | 30 KVA | 50 KVA |
1) Electric upsetting host: double column structure. The working surface is machined by large machine to ensure the accuracy of assembly. The machine is equipped with anvil system, clamping system and forging system and so on.
2) Anvil system: it consists of servo system, deceleration system, guide block mechanism, anvil electrode, anvil seat and alloy conductive block.
3) Guide block is mounted on two guide posts. Guide post after quenching and tempering,electroplate to ensure the strength and service life.
4) The servo system drive the guide block. In the process of forging force balance.
5) Anvil electrode adapt T2 electrolytic copper. Installed on guide block. Another side connection with transformer.
6) Anvil seat and guide block connect with anvil electrode. Alloy conductive guide block belong to wearing parts.
7) Clamping system consists of clamping cylinder, guide mechanism, clamping electrode and jaws conductive block.
8) The guide mechanism is moved by upsetting cylinder.
9) Hydraulic system: Adapt low pressure circuit. Supply the oil by the motor driven the vine pump. The hydraulic valve is mounted on the integrated circuit block. Adapt proportional regulator.
10) Heating system: 30 KVA single phase transformer. The heating current is controlled by dedicated Thyristor controller. Stepless regulator and constant current heating.
Specification | EUM-30 | EUM-50 |
Rod diameter | 5 mm to 8 mm | 8mm to 12 mm |
Overall length | Max. 300 | Max. 650 |
Max forging force | 20KN | 31.5KN |
Max clamping force | 10KN | |
Max stroke of forging cylinder | 300 mm | 400 mm |
Max stroke of anvil | 150 mm | 100 mm |
Max stroke of clamping cylinder | 40 mm | 50 mm |
Heat method | DC Heating | |
Current control method | PLC | |
Forging control | PLC control hydraulic presure drive | |
Transformer power | 30 KVA | 50 KVA |