Ono Sokki - Ono Sokki Linear Gauge Sensors (Long Stroke Type)


Ono Sokki Linear Gauge Sensors (Long Stroke Type)

Code : GS-5050, GS-5100, GS-5051, GS-5101
Brand : Ono Sokki


 

Long Stroke type

• Ball bearing is used.
• New models of resolution at 100 mm and resolution at 1 μm are added to line up.
• The pitch of mounting hole and the distance from tip of spindle after installation are same as those of the GS-5011.

Specifications
Model name
Item
GS-5050 GS-5100 GS-5051 GS-5101
Measurement range 50 mm 100 mm 50 mm 100 mm
Resolution 10 μm 1 μm
Accuracy (at 20 °C) 10 μm 12 μm 4 μm 5 μm
Maximum spindle velocity*1 1(4) m/s 0.3(1.2) m/s
Measurement force(downward)*2 3 N or less 5.5 N less 3 N or less 5.5 N or less
Number of sliding times
(proven in our endurance test)
15 million times
Protection class
(not including connector part)
IP5X
Stem diameter Ø15 mm+0-0.009
Power supply 4.5 to 5.5 VDC
Power consumption (5 VDC) 120 mA or less
Signal output (5 VDC)

Two-phase square wave, phase difference: 90° ±20°
Output voltage Hi:4.5 V or more / Lo:0.4 V or less

Output impedance Approx. 22 Ω
Vibration resistance
(when the power is off)*3
147 m/s2 in each of the three axial directions (75 minutes per each),
10 cycles of 10 Hz to150 Hz sweeping
Shock resistance
(when the power is off)*3
1470 m/s2 in each of direction for each of three axes, three times for each of ±X,Y and Z directions, sine half-wave, pulse duration 6 ms
Operating temperature range 0 to +40 °C
Storage temperature range -10 to +55 °C
Cable length Approx. 4.9 m
Weight (including cable, connector) Approx. 570 g Approx. 655 g Approx. 570 g Approx. 655 g
Accessories Instruction manual, spanner

*1. When used with Ono Sokki's Gauge Counter. The values within parentheses () are the maximum spindle velocity used with the DG-4140/DG-4190/DG-5100/DG-3000.
*2. An attachment may not return completely if it is facing upwards.
*3. Vibration/shock resistance values described in above are not guaranteed during measurement operation.
• Disconnected or modified signal cable is not applicable to CE marking.

~ Doing our best for you! ~