15
stainless steel
- Eccentrical: Material No. 1.4305, Electroless nickel
- Bolt and washer: stainless, 1.4542, tempered
- Ball control: non-corrosive, 1.4305, dull blasted
ball knob DIN 319
plastic
thermoset
black, shiny
In connection with clamping bars recommended the use of ball screws GN 605 with flattened ball.
stainless steel
- Eccentrical: Material No. 1.4305, Electroless nickel
- Bolt and washer: stainless, 1.4542, tempered
- Ball control: non-corrosive, 1.4305, dull blasted
ball knob DIN 319
plastic
thermoset
black, shiny
In connection with clamping bars recommended the use of ball screws GN 605 with flattened ball.
stainless steel
- Eccentrical: Material No. 1.4305, Electroless nickel
- Bolt and washer: stainless, 1.4542, tempered
- Ball control: non-corrosive, 1.4305, dull blasted
ball knob DIN 319
plastic
thermoset
black, shiny
roller: bearing steel
hardened, dust-proof, splash-proof, lifetime lubrication
sealing discs: plastic (NBR) 2 RS
journals : steel
galvanized, blue passivated
Body:
- aluminum (Form N)
- steel (Form R / Type S), plated and blue passivated
wheels:
- bearing steel, hardened ball bearing, sealed (2 RS), lifetime lubrication
wiper:
plastic, PUR, gray
steel core, galvanized
Fits running rail GN2422
Steel
Eccentrical and thrust washer casehardened
bolt nitrided grade 8.8
ball handle, burnished
Ball knob DIN 319
plastic
thermoset
black, shiny
In connection with clamping bars recommended the use of ball turnbuckles GN605 with flattened ball.
Steel
Eccentrical and thrust washer casehardened
bolt nitrided grade 8.8
ball handle, burnished
Ball knob DIN 319
plastic
thermoset
black, shiny
In connection with clamping bars recommended the use of ball turnbuckles GN605 with flattened ball.
Features:
Steel
- Eccentrical and thrust washer: casehardened
- Bolt: nitrided, grade 8.8
- Ball handle: burnished
ball knob DIN 319
plastic
thermoset
black, shiny
Eccentrical GN 918 allow for a relatively long movement and high clamping force a rapid and safe clamping and releasing
advantage. In every position is the clamping effect equal and self-locking