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Protocol Interface Module (PIM) - Specification

Performance
Connection EtherNet/IP
Data Rate (Max) Baud 12 MB
No of Modules (Note 1) 150 using Explicit Messaging
50 using Cyclic Messaging
No of Module powered 10 direct, up to 150 with additional Power Supply modulesReadings
Readings per second 400 Readings/sensor/sec for 2 sensors
150 Readings/sensors/sec for 24 sensors
Power Supply 24 VDC nominal (18V to 32 VDC allowed)
  PIM provides power for up to 10 Orbit® Probe and up to 4 LTH/LTM Laser modules
Indications Integral LCD Screen and Keypad for screen selection
Configuration PC Port Micro USB Port
Ethernet Port 2 x RJ485 Connectors
Environment
Sealing IP43
Operating Temperature °C -20 to +70
Storage Temperature °C 0 to 60
EMC Emissions EN610000-6-3
EMC Immunity EN61000-6-2

 

Note 1: Explicit messaging can read the following items: measurement, satus, max and min, from 150 sensors. Cyclic                                    messaging can read measurement and status synchronized from 50 sensors.

 
 

 

 
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 Cad Drawing               
 Technical Data Sheets
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 Manual
PIM

 

 

 

 

Wide range of compatible            transducers

Fast reading rates with high        data integrity

Network up to 150 different        transducers with one interface

Communicate with any                computer or PLC

Range of Software drivers and    tools for easy set up

 

Protocol Interface Module (PIM)

 

The PIM, is a PLC compatible EtherNet/IP™ to Orbit® 3 interface module, that enable easy connections between any EtherNet/IP™ enabled controller and Solartron’s flexible Orbit® 3 digital measurement system. The PIM makes it simple to interface a wide range of contact and non contact linear measurement sensors, rotary encoders, temperature and pressure sensors and discrete inputs and outputs via EtherNet/IP™. This stand alone, Din Rail mounted module provides one EtherNet/IP™ port and one Orbit® 3 port which can power up to ten sensors;. This can be extended up to a maximum of 150 sensors with the use of supplementary power modules.

 

 
 

 

 
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Power Supply Interface Module - Specification

 

Technical Specification
Product
AC PSIM
DC PSIM
DC PSIM/24/5
Aux AC PSIM/24
Primary Output
VDC
5
5
5
24
Current (A)
1.8
1.8
1.8
1.0
Secondary Output
VDC
None
None
24 (Note 1)
None
Current (A)
None
None
Note 2
None
Max, NO of Orbit® Modules
-
31
31
31
(Note 3)
Supply Voltage
VAC
100 TO 240
N/A
N/A
100 to 240
 
VDC
N/A
10 to 30
10 to 30
N/A
Supply Frequencey
Hz
50-60
DC
DC
50-60
Supply connection (Note 4)
 
IEC320Plug

2 m Cable

2 m Cable
IEC320Plug

 

Environmental
Sealing
IP43 for Module and TCON
Storage Temperature °C
-20 to + 70
Operating Temperature °C
0 to 60
EMC Emissions
EN61000-6-3
EMC Immunity
EN61000-6-2
Weight and Dimensions
Standard Orbit® Module

 

Note 1: 24V output of DC PSIM will track the DC input.

Note 2: 24V current depends on external supply.

Note 3: The Aux AC PSIM only supplies 24V auxillary power for products that require additional 24V in addition to the standard 5V,                these PSIMs do not power the Orbit® Network.

Note 4 : The country specific mains cable is supplied when ordering.

 
 

 

 
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Digital Gauging Accessories

 

PSIM (Power Supply Interface Module)

 

For use with multi-channel systems needing more power than available from the host computer. The power supply can also extend the network beyond the normal 10m per port limit depending on cable type. PSIM dimensions are identical to PIE plus T-Con, however the unit does not separate.

 

PIE (Probe Interface Electronics)

Fitted to all Orbit Products

T-Con Connector

The Orbit Network 'Building Block'

33mm DIN rail connector

Supplied as standard

PSIM Transformer (Not Shown)

 

For use with Power Supply Interface Module versions PSIM-AC

Other accessories available include high performance data cables to ensure high speed orbit communication.

 
 

 

 

Product Advice

 

Please click on the flag to download the latest product advice.

 

Orbit® 3 Products Size PDF
Orbit® 3 Network Power Calculator 39KB
Gauging Transducers    
Replacing Gaiters on Pneumatic Probes 160KB
Replacing Tips on Gauging Probes 158KB
Spring Replacement on AX Spring Push Transducer 253KB
Displacement Transducers    
Clamping Suggestions on Displacement Product 73KB
Analogue Electronics    
Basic Description of the DC - DC Transducers 68KB
Transducer Sensitivity vs. Electronic Sensitivity 72KB
General Setting up of Conditioning Modules 71KB
Installation and Cabling: General Guidelines 213KB
Linear Encoders    
Technical Overview 80KB
Linear Encoder With TTL Interpolation Module (LE TTL) 74KB
Digital Readout Units    
How to Connect a DR600/700 Readout Unit to a PLC or Relay Driving on the Output Pins 89KB
How to Connect and Show Reading from a Digital Readout Unit (DRO) via RS232 Output to PC/PLC 104KB
SI7500 - Updating Firmware and Reverting to Factory Defaults 65KB
SI7500 - Loading and Saving Settings and Parts 725KB
SI7500 - Using a USB Flash Memory Stick to Store Measurement Data 588KB
Wireless Hand Tools    
Instructions on how to install the Bluetooth™ drivers 649KB
 
 

 

  1. Solartron | OrbitĀ® PC Solutions
  2. orbit3 | Digital Lever Probe DL-acess
  3. orbit3 | Digital Lever Probe DL-spec
  4. Solartron | Digital Displacement Transducers | Lever Probe DL

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