This product is discontinued / Replaced by New GS series (Click here)
  Ono Sokki Company, Ltd.

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Digital Linear Gauge
  GS-1513A/1530A (10μm resolution)
  GS-1613A/1630A (1μm resolution)
Overview of Digital Linear Gauge
Product Brochures (PDF)
Outer Dimensions (PDF)

Photo (GS-1513A & GS-1530A Digital Linear Gauge Sensors)

The compact and lightweight digital linear gauges are easily installed in production equipment. With a dust-proof and splash-proof structure that conforms to the protection class IP 64, the gauge can withstand harsh environments and are therefore suitable for use in dusty environments and areas subject to drips and splashes.
In the endurance tests, all models were found to function beyond 5 million strokes. Thus, we have achieved high accuracy without sacrificing durability.

GS/HS series excluding pen-figured type Linear Gauge Sensor will be discontinued.
Click here to see details for the New models of GS series.

Specifications Summary

  CE marking
(Discontinued)
CE marking
(Discontinued)
(Discontinued) CE marking
(Discontinued)
  GS-1513A GS-1530A GS-1613A GS-1630A
Measurement range 13 30 13 30
Resolution (μm) 10 10 1 1
Accuracy (μm at 20 °C) 3 3 2 3
Maximum spindle velocity (m/s)*1 1 (4) 1 (4) 0.3 (1.2) 0.3 (1.2)
Measurement force (N)*2 1.5 2.0 1.5 2.0
Number of strokes*3 5 million or more
Protection class IP64
Power supply 4.5 to 6.0VDC
Power consumption 50mA or less (5VDC) 100mA or less(5VDC)
Signal output Two-phase square wave
Phase difference: 90° ± 20° at 5VDC
Output voltage: HI: 4.5 to 6.0V, Lo: 0.4V or less
Output impedance Approx.140 Ω Approx.470 Ω Approx.440 Ω
Operating temperature range 0 to +40°C
Storage temperature range -10 to +55°C (average year-round humidity: 75% or below)  * with no condensation
Cable length Approx. 1.9m
Cable extension Up to 30m (optional)
Weight Approx.220g Approx.260g Approx.220g Approx.260g

*1: Maximum spindle velocity when using our gauge counter; numerals in parentheses represent the velocity when using the DG-4110.
*2: Consult us if you want to modify the measurement force.
*3: Proven in our endurance test.


Revised: 2012/04/25

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