Small size, simple structure, and lightweight
Various vacuum sources can select a built-in vacuum generator or external blower
Sponge Type: Conventional sponge, Mark free sponge, or Conductive sponge can be selected
Suction cup type: The size, material, and rows of suction cups are optional
TXN 15×76 - B5N WS - C
① ② ③ ④ ⑤
① Series | ② Dimension | ③ Adsorption surface type | ④ Material of suction cup | ⑤ Vacuum type |
TXN | 22×38 | A - Conventional sponge | Nil - Default, NBR | Nil - Without a vacuum generator |
22×76 | AT - Mark free sponge | WS - White silicone | C - With a built-in vacuum generator | |
15×76 | CA - Conductive sponge | |||
15×90 | B3 - φ3 Single-row suction cup | |||
27×90 | B5 - φ5 Single-row suction cup | |||
60×120 | B7 - φ7 Single-row suction cup | |||
B3N - φ3 double-row suction cup | ||||
B5N - φ5 double-row suction cup | ||||
B7N - φ7 double-row suction cup | ||||
B3D - φ3 four-row suction cup | ||||
B5D - φ5 four-row suction cup | ||||
B7D - φ7 four-row suction cup |
Selection - Sponge type
Model/Adsorption surface type | A - Conventional sponge | AT - Mark free sponge | CA - Conductive sponge |
TXN22×38-□ | TXN22×38-A | TXN22×38-AT | TXN22×38-CA |
TXN22×38-□ | TXN22×38-A | TXN22×38-AT | TXN22×38-CA |
TXN60×120-□-C | TXN60×120-A-C | - | - |
Selection - Suction cup type
Model/Suction cup material | Nil - NBR | WS - White silicone |
TXN15×76-B5N□-C | TXN15×76-B5N-C | TXN15×76-B5NWS-C |
TXN15×76-B7N□-C | TXN15×76-B7N-C | TXN15×76-B7NWS-C |
TXN15×90-B3□-C | TXN15×90-B3-C | TXN15×90-B3WS-C |
TXN15×90-B5□-C | TXN15×90-B5-C | TXN15×90-B5WS-C |
TXN15×90-B7□-C | TXN15×90-B7-C | TXN15×90-B7WS-C |
TXN15×90-B3N□-C | TXN15×90-B3N-C | TXN15×90-B3NWS-C |
TXN15×90-B5N□-C | TXN15×90-B5N-C | TXN15×90-B5NWS-C |
TXN15×90-B7N□-C | TXN15×90-B7N-C | TXN15×90-B7NWS-C |
TXN27×90-B3D□-C | TXN27×90-B3D-C | TXN27×90-B3DWS-C |
TXN27×90-B5D□-C | TXN27×90-B5D-C | TXN27×90-B5DWS-C |
TXN27×90-B7D□-C | TXN27×90-B7D-C | TXN27×90-B7DWS-C |
Technical parameters
Note: 1. The testing vacuum level is -60kPa, and the data of theoretical suction force as above are figured out in the condition that the vacuum gripper is fully covered by a rigid airtight workpiece, and without considering safety factors.
2. The mark-free in the optional function of the above table indicates that special materials are attached to the sponge surface to reduce the mark on the contact surface.
3. Conductivity in the optional function shown in the above table indicates the use of special conductive sponge materials.
Model | Theoretical suction force N | Recommended min. flow of vacuum generator NL/min | Optional function | Working temperature ℃ | Weight g | Recommended hose dia.(mm) Vacuum port (V) |
TXN22×38 | 18 | ≥40 | Mark free/Conductive | 0-60 | 45 | φ8 |
TXN22×76 | 34 | ≥60 | Mark free/Conductive | 0-60 | 68 | φ8 |
Item | Sponge model | Dimension mm | Application |
22×38 Conventional sponge | TXN38-A | 22×38×4 | Conventional application |
22×38 Mark free sponge | TXN38-AT | 22×38×4 | Mark free application |
22×38 Conductive sponge | TXN38-CA | 22×38×4 | Conductive application |
22×76 Conventional sponge | TXN76-A | 22×76×4 | Conventional application |
22×76 Mark free sponge | TXN76-AT | 22×76×4 | Mark free application |
22×76 Conductive sponge | TXN76-CA | 22×76×4 | Conductive application |