PRODUCT SPOTLIGHT
Replace Broken Glass Scales with DSG/DMG
Many shops will be will more willing to replace a single defective scale on an existing DRO vs. replacing the entire system, if that will get them up and running. Newall's DSG and DMG ...
Many shops will be will more willing to replace a single defective scale on an existing DRO vs. replacing the entire system, if that will get them up and running. Newall's DSG and DMG ...
NEWALL NEWS
Newall Transitions to ISO 9001:2015 – Quality Management Systems
Newall Measurement Systems is pleased to announce the achievement of the ISO 9001:2015 Quality Management Systems Standard Certification. The transition to the new ISO 9001:2015 standard this June co...
Newall Measurement Systems is pleased to announce the achievement of the ISO 9001:2015 Quality Management Systems Standard Certification. The transition to the new ISO 9001:2015 standard this June co...
APPLICATION STORY
American Broach stops downtime time with Newall Linear Encoders
Broaching is a machining method in which a series of cutting teeth each remove a portion of stock as the cutting tool (broach) moves past or through the work piece. Combining both roughing a...
Broaching is a machining method in which a series of cutting teeth each remove a portion of stock as the cutting tool (broach) moves past or through the work piece. Combining both roughing a...
Incremental Feedback Encoders for CNC/PLC: MHG-TT Linear Encoder
MHG-TT Linear Encoder
The MHG-TT linear encoder is compatible with the majority of PLC and CNC controls. The encoder provides a differential quadrature output at TTL levels. The periodic reference mark is typically used for homing purposes.
Click here to learn more about Newall's Inductive Encoder Technology
Download MHG-TT Linear Encoder Documents: Encoder Compatilibilty List by Manufacturer (pdf)MHG Dimensional Drawing (pdf)
Installation Manual (pdf)
Newall Linear Encoder Catalog (Linear Encoder Catalog)
Newall Linear Encoder Catalogue (Linear Encoder Catalogue)
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Specifications
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Output Signal
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TTL Differential A Quad B
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Accuracy/Meter
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±0.0002" (±5µm)
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Resolutions
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10µm, 5µm, 2µm, 1µm, 0.5µm, 0.2µm or 0.1µm
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Scale Travels
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2" to 40" (51mm to 1,016mm)
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Scale Diameter
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0.226" (5.75mm)
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Reader Head Dimensions
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1.38"H x 2.95"L x 0.98"D (35mm x 75mm x 24mm)
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Reference Marker
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Every 0.19" (5mm)
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Equivalent Line Count/Inch
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635, 1270, 3175, 6350, 12,700, 31,750
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Maximum Traverse Rate
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65.6' (20m)/second (10µm), pro-rated to resolution
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Power Supply
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5VDC ±5%, <70mA
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Shock (11ms)
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100g (IEC 69-2-6)
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Vibration (55-2000Hz)
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30g (IEC 68-2-27)
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Sample Period
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100µs
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Environmental Rating
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IP67, fully submersible (IEC 529) - Exceeds NEMA 6
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Operating Temperature
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32° to 131°F (0° to 55°C)
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Coefficient of Expansion
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12 x 10-6K
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Scale Material
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Carbon fiber
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Overall Scale Length
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Scale travel length + 7.4" (187mm)
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Standard Cable
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9 core, 11.5' (3.5m) armored
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Maximum Cable Length
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72.2' (22m)
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Standard Connector
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9 pin "D" type
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EMC Compliance
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BS EN 50081-2 and BS EN 61000-6-2
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Options
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Resolutions
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Custom resolutions available
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Non-Armored Cable
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PUR (polyurethane)
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Connectors
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• Honda PCR-E20FS (Fanuc)
• IP67 (NEMA 6) • None (flying lead) |
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Cable Lengths
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22' (7m) or 19.68" (0.5m)
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Quick and Easy Installation
The design of these linear encoders allow installment in almost any position, unlike glass-scale linear encoders, which usually need to be installed with the lip seal facing downwards to prevent contamination. Self-aligning fixing brackets allow virtually effortless scale mounting, needing only a single hole for each set of brackets.
