Renishaw

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Break stem kit for MP7, 8, 9, 10
Crash protection devices are designed to break when overtravel forces are exceeded and prior to any damage being caused to the probe. The captive link prevents the loss of the stylus.

Crash Protection Device

mm in
A – Ball Dia. 16.00 0.63
Mass Grams 2.00

There are six primary configurations of styli to support HPRA. Each is designed to be compatible with standard sizes of block tooling ranging from 5/8 in to 2 in. Each stylus kit is supplied complete with:
• 15 × 15 × 4 stylus assembly
• Break stem
• Stylus extension/adaptor

There are six primary configurations of styli to support HPRA. Each is designed to be compatible with standard sizes of block tooling ranging from 5/8 in to 2 in. Each stylus kit is supplied complete with:
• 15 × 15 × 4 stylus assembly
• Break stem
• Stylus extension/adaptor

There are six primary configurations of styli to support HPRA. Each is designed to be compatible with standard sizes of block tooling ranging from 5/8 in to 2 in. Each stylus kit is supplied complete with:
• 15 × 15 × 4 stylus assembly
• Break stem
• Stylus extension/adaptor

Includes stylus 10 × 10 × 4, break protect link, adaptor and screw.

Includes stylus 10 × 10 × 4, break protect link, adaptor and screw.

Includes stylus 10 × 10 × 4, break protect link, adaptor and screw.

M4 10 mm swivel crash protection device, stainless steel

Crash protection devices are designed to break when overtravel forces are exceeded and prior to any damage being caused to the probe. Recommended for use with spindle probes. A stainless steel stem offers excellent rigidity and is ideal for applications where weight is not critical.

Previous part number: M-5000-7588

Thread M4

 

mm in
Length 10.00 0.40
For use on LP2
Mass Grams 1.50

M4 Ø2 mm Zirconia ball, stainless steel stem, L 19 mm, EWL 9.20 mm

Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible. A stainless steel stem offers excellent rigidity and is ideal for applications where weight is not critical. Zirconia is a tough ceramic material with hardness and wear characteristics approaching those of ruby. Its surface properties make it an ideal material for aggressive scanning applications on cast iron components.

Thread M4
Ball dia 2 mm
Stem material Stainless steel
Tip material Zirconia
Holder material Stainless steel
Centre styli N

 

mm in
A – Ball Dia. 2.00 0.08
B – Length 19.00 0.75
C – Stem Dia. 1.40 0.05
D – Effective Working Ler 9.20 0.36
Mass Grams 2.30

M4 Ø3 mm tungsten carbide ball, stainless steel stem, L 55 mm, EWL 25.8 mm

Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible. A stainless steel stem offers excellent rigidity and is ideal for applications where weight is not critical. Tungsten carbide tips are ideal for applications demanding a hardwearing interface with an inspected item.

Thread M4
Ball dia 3 mm
Stem material Stainless steel
Tip material Tungsten carbide
Holder material Stainless steel
Centre styli N

M4 Ø5 mm tungsten carbide ball, stainless steel stem, L 100 mm, EWL 85 mm

Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible. A stainless steel stem offers excellent rigidity and is ideal for applications where weight is not critical. Tungsten carbide tips are ideal for applications demanding a hardwearing interface with an inspected item.

Thread M4
Ball dia 5 mm
Stem material Stainless steel
Tip material Tungsten carbide
Holder material Stainless steel
Centre styli N

 

mm in
A – Ball Dia. 5.00 0.20
B – Length 100.00 3.94
C – Stem Dia. 4.50 0.18
D – Effective Working Ler 85.00 3.35
Mass Grams 11.90