PRODUCT SPOTLIGHT
Newall Now Offers Replacement Scales for MillPwr tm CNC Controls
Now you can eliminate glass scale issues on your MillPwr CNC control system, with the reliability of Newall’s renowned Spherosyn linear encoder technology. Newall’s SHG-TC lin...
Now you can eliminate glass scale issues on your MillPwr CNC control system, with the reliability of Newall’s renowned Spherosyn linear encoder technology. Newall’s SHG-TC lin...
NEWALL NEWS
Newall Launches NMS300 Mill and Lathe DRO Packages
Newall introduces the launch of its’ NMS300 Mill and Lathe Packages. Designed specifically to target the turret mill and tool room lathe market, these packages are priced to meet the needs of the pric...
Newall introduces the launch of its’ NMS300 Mill and Lathe Packages. Designed specifically to target the turret mill and tool room lathe market, these packages are priced to meet the needs of the pric...
APPLICATION STORY
The Stanford Linear Accelerator Center Goes Linear
At Stanford’s SLAC Linear Accelerator Laboratory in Menlo Park California, we find the two-mile long linear accelerator, also known as the Linac. The Linac is used to drive a Coherent Light...
At Stanford’s SLAC Linear Accelerator Laboratory in Menlo Park California, we find the two-mile long linear accelerator, also known as the Linac. The Linac is used to drive a Coherent Light...
Incremental Feedback Encoders for CNC/PLC: MCG-TT Linear Encoder
MCG-TT Linear Encoder
The MCG-TT linear encoder provides an ultra-low encoder profile for restricted spaces without the need to sacrifice performance or environmental robustness. Having a cylindrical shape the MCG reader-head can be fitted into a bore of only 16mm in diameter offering a wide array of application possibilities. The encoder outputs a TTL RS422 Differential Quadrature signal with a periodic reference mark.
Download MCG-TT Linear Encoder Documents: MCG-TT Linear Encoder Datasheet (pdf)Newall Linear Encoder Catalog (Newall Linear Encoder Catalog)
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| Specifications | |
| Output signal | TTL RS422 Differential Quadrature |
| Reference Type | Periodic - every 5mm |
| Scale OD | 5.75mm (0.2in) |
| Reader Head Dimension | 56.2mm x 16.0mm/OD (2.21in x 0.63in/OD) |
| Maximum Scale Travel | 1000mm (39in) |
| Max. Single-End Mount Measuring Length | 250mm (10in) |
| Scale over-travel requirements | 178mm (7in) |
| Standard Cable | 9 core screened cable with PUR (polyurethane) cover with no armour |
| Cable Length | 0.5m (20in) |
| Minimum bend radius with PUR | 25mm (1in) |
| Maximum cable length | 22m (866 in) |
| Connector | D type 9 pin |
| EMC Compliance | BS EN 50081-2 & BS EN 50082-2 |
| Accuracy Grade (µm/m) | ±5µm (± 0.0002in) |
| Resolutions (µm/m) | 0.1, 0.2, 0.5, 2, 5 & 10 (Custom resolutions are available on request) |
| Resolutions (in) | (0.000005in, 0.00001in, 0.00002in, 0.0001in, 0.0002in, 0.0005in) |
| Scale Material | Carbon fibre |
| Radiated Magnetic Field | Less then 1mT |
| Maximum Traverse Rate | 2MHz (2m/s at 1µm resolution) |
| Maximum Acc. / Dec. | 10g / 98m/s (head moving) |
| Power Supply | 5VDC ± 5% <80mA |
| Shock (11ms) | 100g / 980m/s2 (IEC 69-2-6) |
| Vibration (55-2000Hz) | 30g / 294m/s2 (IEC 68-2-27) |
| Ingress Protection Level | IP67, fully submersible (IEC 529) - Exceeds NEMA 6 |
| Operating Temperature Range | 0 to 55ºC (32 to 131ºF) |
| Storage Temperature Range | -20 to 70ºC (-4 to 158ºF) |
| Magnetic Field Susceptibility | 100mT (1000 Gauss) |
