Large area structure design
A vacuum source can be a built-in vacuum generator or an external blower
Suction cup type and sponge type are optional for adsorption surface
The built-in non-return valve structure
TXH 500×700 - A - C - V
① ② ③ ④ ⑤
① Series | ② Dimension | ③ Adsorption surface type | ④ Vacuum source | ⑤ Non-return valve |
TXH | 500×700 | A - Sponge | Nil - Without a vacuum source | V-with non-return valve |
800×1000 | B40 - Suction cup | C - With an external vacuum generator | ||
1100×1300 |
Selection
Model/Adsorption surface type | A - Sponge | B40 - Suction cup |
TXH500×700-□-C-V | TXH500×700-A-C-V | - |
TXH800×1000-□-V | TXH800×1000-A-V | TXH800×1000-B40-V |
TXH1100×1300-□-V | TXH1100×1300-A-V | TXH1100×1300-B40-V |
Technical parameters
Note: 1. The detecting device includes 1 mechanical negative pressure gauge, 1 digital pressure gauge, and 1 photoelectric inductive switch.
2. The data of theoretical suction force as above are figured out in the condition that the gripper is fully covered by rigid airtight workpieces without considering safety factors.
Model | Rated air supply pressure bar | Max.vacuum level -kPa | Max.vacuum flow NL/min | Air consumption NL/min | Max. theoretical suction force N (-40kPa) | Mounting bracket | Weight kg | Recommended hose dia. mm Air supply port (P) |
TXH500×700-A-C-V | 6 | 85 | 3,710 | 2,300 | 1,440 | with | 36.5 | φ16 |
Mounting accessory selection
Item | Model | Dimension mm | Applicable vacuum gripper |
Sponge | TXH500×700 | 500×700×25 | TXH500×700-A-C-V |