Heidenhain

Original HEIDENHAIN 3D Coordinate system model • Suitable for education • Display of the X, Y and Z axes and the corresponding rotating axis (A, B and C) • Printed DIADUR logo and HEIDENHAIN logo

Probe contact SC01 (40mm) for tool touch probes TT140 (TT 140) & TT160 (TT 160).

Heidenhain break pin for TT 140, TT 160 & TT 460 tool touch setters. Consists of break pin incl. 2 pcs. M3x5 TX10 screws.

Rotary encoder with integral bearing Differentiable revolutions: 4096 Positions per revolution: 8192 Data interface: EnDat01 Output code: Binary Line count: 2048 Output signal: ~1Vpp Cutoff frequency (-3 dB): 400.00 kHz Power supply: 3.6 V ... 14 V Coupling version: without coupling Shaft: Tapered shaft 1 to 10, functional diameter 9.25 mm, back-off thread M10 and M6 Degree of protection: IP40 (EN60529) Operating temperature: -40/+115 °C Electrical connection: Plug connector, straight, double-row, 12-pin, with locking mechanism and walls Pin configuration: D323746 Connecting direction: Cable outlet for axial and radial use Included part: Mounting kit with spacer plates and central screw

Incremental rotary encoder with integral bearing for mounting by stator coupling. Line count: 2048 Additional circular 1 sine and 1 cosine Scale track: signal/revolution Output signal: ~1.05Vpp Power supply: 5 V (+-5 %) Coupling version: without coupling Shaft: Tapered shaft 1 to 10, functional diameter 9.25mm, back-off thread M10 and M6 Degree of protection: IP40 (EN60529) Operating temperature: -40/+120 °C Electrical connection: Plug connector, straight, double-row, 14-pin, with locking mechanism and walls Pin configuration: D319274 Connecting direction: Cable outlet for axial and radial use Included part: Mounting kit with spacer plates and central screw

3m Cable suitable for HEIDENHAIN Handwheel HR330C

3m Spiral cable suitable for HEIDENHAIN Handwheel HR410 & HR520

Ergonomic handwheel from Heidenhain, for i.a. iTNC 530, TNC 620 & TNC 640. Can replace i.a. HR 410. Keypad I: X, Y, Z, IV, V, actual position capture Keypad II: 3x rapid traverse (slow, medium, fast) Keypad III: Minus, Plus Keypad IV: function A, function B, function C Keypad V: no specified value Clips keys: Permissive buttons: 2xNO/2xNO Emergency stop: 1 Number of magnetic holding pads: 2 Number of status LEDs: 12 Data transfer: Cable Electrical connection: Flange socket, male, 13-pin, with bayonett socket

3m Spiral cable suitable for HEIDENHAIN Handwheel HR510

Potentiometer (S) with accessories for TNC 426/430/530/620/640

Diagnostic tool from Heidenhain, to test measuring systems from Heidenhain. • EnDat 2.1 or EnDat 2.2 (with or without incremental signals) • DRIVE-CLiQ • Fanuc Serial Interface • Mitsubishi high speed interface • Panasonic Serial Interface • Yaskawa Serial Interface • 1 VPP with Z1 track • 1 VPP • 11 μAPP • TTL • HTL (signal adapter ID 1093210-01 required) Display: 4.3-inch touchscreen Supply voltage: DC 24V Power consumption: max. 15W Operating temperature: 0°C to 40°C Protection: EN 60529 IP20 Dimensions: 145mm × 85mm × 35mm Language: German, English, French, Italian, Spanish, Japanese, Korean, Chinese (simplified), Chinese (traditional)

Original Sealfat Molykote (Dichtlippenfett Molykote)

• Lubricant F7
• Molykote 111 Compound
• 25g Tube

Set of 16 extra buttons for Heidenhain HR 510 Handwheel. - 16-piece accessories set - For adapting the key assignment of the handwheel - Included snap-on keys (one piece each) o Black: 5 x without symbol FCT A, FCT B, FCT C o Green: Spindle On, NC start o Red: NC Stop, Spindle stop o Orange: B, C o Gray: Spindle left, Spindle right

Threaded adapter from Heidenhain, which makes it possible to use styli with M4 threads, for example on Heidenhain TS 3D probes. The adapter has external M3 thread, and internal M4 thread.

Heidenhain offers styli in a variety of materials, lengths and ball diameters. All styli are threaded with M3, so they fit directly on e.g. 3D probes from HEIDENHAIN.

Heidenhain offers styli in a variety of materials, lengths and ball diameters. All styli are threaded with M3, so they fit directly on e.g. 3D probes from HEIDENHAIN.