DO-Series Digital Displacement Sensor - Specification

DO Series
Measurement DO/3 DO/12 DO/25
Body Diameter (mm) 9.5
Measurement Range (mm) 3 12 25
Linearity % FRO 0.25
Resolution (µm) <0.1
Mechanical Interface Guided, Universal Joints
Cable Length between Sensor and PIE Up to 10 m
Minimum Upward Force1 (g) 69 82 73
Horizontal Force at mid point1 (g) 66 94 93
1Only guided with spring.
Environmental
Storage Temperature:
Sensor + Orbit PIE (ºC)		 -20 to +70
Operating Temperature:
Sensor + Orbit PIE (ºC)		 0 to +65
Operating Temperature:
Sensor only (ºC)		 -40 to +150
IP Rating (Sensor only) IP 65
 
Mechanical
Material 400 Series Stainless Steel
Transducer Weight ± 0.5 (g) 7 12 20
Mass of Moving Components ± 0.2 (g) 1.5 2.5 3.5
Spring Rate (g/mm) 14.2 6.6 5.2
 
Digital Probe Interface Electronics
Bandwidth Up to 460 Hz
Resolution 14 to 18 Bit
Output Serial RS485 signal level,
Orbit Network Protocol
Power (VDC) 5 ± 0.25 @ 0.06A (includes power for probe)
IP Rating IP43 (IP65 available on request)
Weight (g) Probe Interface 52
  T-Con 36
  T-Con with DIN 46
 
 

 
 
 
 

Displacement Sensors | Optimum Series

 

The Optimum series of LVDT sensors is an ideal choice for process control and research applications. The free core variants are designed for precise linear positioning and measurement of moving parts within a restricted space. The Optimum is also available as a guided option.

Displacement Sensors Optimum Series
 
Displacement Sensors Optimum Series  
Optimum Series
  •  Linearity error better than 0.25% FSO
  •  Small body diameter 9.52 mm
  •  IP65 sealing
  •  Excellent measurement range to body length ratio
  •  Large radial bore clearance
  •  Rugged construction
  •  LVDT output
 
 

 

 
 

Probe Tip with Adapter for S-Series

Probe Tip Adapter

Probe Tip Adapter with Probe Tip to fit M6 x 1.0 carrier thread
Springs for S-Series

Springs S-Series

Extension Springs are available for all guided S-Series sensors

 
 
 

 

 
 

S-Series Digital Displacement Sensor - Specification

S-Series
Axial cable outlet DS/5 DS/10 DS/15 DS/20 DS/30 DS/50 DS/100 DS/150 DS/200 DS/300
Body Diameter 19 mm
Measurement Range (mm) 5 10 15 20 30 50 100 150 200 300
Linearity % FRO 0.2 0.25
Temperature Coefficient (%FRO/°C)
<0.02
<0.015
Mechanical Interface Carrier M6 x 1.0 thread, Universal Joints (6mm eye diameter) or Probe Tip available
Cable Length between Sensor/PIE Up to 10m
Environmental
Shock Drop test (from 1m onto hard surface)
  Topple Test x10 (onto hard surface)
Vibration Sinusoidal Amplitude
  10 to 50 Hz 1 - 10g linear
  50 to 1 kHz 10 g
IP Rating (Sensor only) IP 65 and IP 67 available
Temparature Ranges
Storage: Sensor + Orbit PIE (°C) -20 to +70
Operating: Sensor + Orbit PIE (°C) 0 to +65
Operating: Sensor only (°C) Standard Temperature Range: -40 to +120
High Temperature Range: -40 to +200
Materials
Case 316 Series Stainless Steel
Core Nickel / Iron
Cable FEP
Digital Probe Interface Electronics
Bandwidth Up to 460Hz
Resolution 14 to 18 Bit
Output Serial RS485 signal level, Solartron Orbit Protocol
Power (VDC) 5 ± 0.25 @ 0.06A, includes power for probe
IP Rating 50 (65 available on request)
Weight (grams) Probe Interface Electronics 52
  T Connector 36
  DIN Rail Adaptor + T-Con 46
 
 

 
 
 
 

Displacement Sensors | S Series

 

The S series displacement sensor is the culminationation of many years experience gained from a history of excellent displacement sensors coupled with attention to detail market feedback. The result is a large range of sensors that is able to satisfy todays demanding manufacturingand research applications.

Displacement sensor s-series range

Combining multiple sensors using the Orbit Digital Measurement network is easy and data can be read using a Solartron readout or the Gauge Computer Software making system integration simple.
 
Displacement Sensor S-Series  
S Series
  •  Linearity better than 0.2%
  •  19 mm diameter stainless steel body
  •  IP65 and IP67 options
  •  Excellent measuring range to body length ratio
  •  Integral electronics: 4-20mA or voltage output
  •  LVDT output
 
 

 

  1. Solartron | orbit3 | Digital Displacement
  2. Solartron | orbit3 | digital specialist probes | Single Leaf Flexure AUS-spec
  3. Solartron | LVDT Gauge Probes | AUS – Single Leaf Flexure
  4. Solartron | orbit3 | digital specialist probes | Single Leaf Flexure DUS-spec

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