Network Technologies Incorporated E - ACDCLM Installation Manual Download Page 6

 

 

Most of the sensor settings are the same as any other sensor configuration (page 39 of the E-xD manual) but for the AC and DC 
Current Sensors there are some differences: 
 

Sensor Settings 

Description 

Associate Sensor  

Select if the Type “AC Current” or “DC Current”  should be replaced by the sensor type to be 
entered in the next box 

Associated Sensor Type 

Enter the “Type” of sensor that should be displayed on the summary page and in all alert 
communications received regarding this sensor 

Associated Sensor Unit 

Enter between 1 and 3 alphabetical characters.  These characters will be used by the 
ENVIROMUX to represent the unit of measure reported by the attached sensor.   Leaving it 
empty will result in an empty string in the reported data. 

SNMP Associated Type ID 

Enter ID value from MIB file if SNMP traps will be used for alert notifications for this sensor (for 
more on this, see “SNMP Custom Type ID”  below) 

Min. Associated Level 

The minimum range of the units to be associated with the current reading measured from the 
attached sensor. 

Max. Associated Level 

The maximum range of the units to be associated with the current reading measured from the 
attached sensor. 

 

SNMP Custom Type ID:

 Use this field if SNMP traps will be used for alert notifications.   The Type ID corresponds with a value  

defined in the MIB file  under “extSensorType” (default value is 32767 for type “Custom”).  Place the desired number in this box 
that represents the type of sensor to be reported in the MIB browser or SNMP trap.    
 
To define a new type of sensor;  

1.  open the MIB file,  

2.  locate the section titled “extSensorType”,  

3.  assign a description and a number not already in use (in the “SYNTAX” field) to associate with it ,    

4.  enter the number for the newly defined extSensorType in the SNMP Custom Type ID box. 

 
If the Type ID is left blank, the value “0” will be assigned, which will be reported in the browser and SNMP trap as type 
“undefined”.  

 

 

TECHNICAL SPECIFICATIONS 

Description 

Specification 

Polling rate

 

1Sa/s

 

AC Voltage Range 

600V isolated 0 to 247Vrms

 

AC Reporting Accuracy 

2.5VAC  (up to 240VAC)

 

AC Resolution 

0.25VAC 

DC Voltage Range 

Non-isolated -60 to +60V DC

 

DC Reporting Accuracy 

1.2VDC

 

DC Resolution 

0.12VDC

 

Current Measurement 

Requires Hall-Effect transducer (sold 
separately) 

Power 

Powered by the SYSTEM 

Current  Draw 

12V @ 66mA /  5V @ 8mA 

Size (In.) W x D x H 

6.2 x 2.3 x 1.6 

Regulatory Approvals 

CE, RoHS

 

 

 
COPYRIGHT 

Copyright © 2009-2018 Network Technologies Inc  All rights reserved.  No part of this publication may be reproduced, stored in a 
retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, 
without the prior written consent of Network Technologies Inc, 1275 Danner Drive , Aurora, OH  44202. 

 

CHANGES

 

The material in this guide is for information only and is subject to change without notice. Network Technologies Inc reserves the 
right to make changes in the product design without reservation and without notification to its users. 

 

WARRANTY INFORMATION 

The warranty period on this product (parts and labor) is two (2) years from date of purchase.  Please contact Network 
Technologies Inc at (800) 742-8324 or 330-562-7070 for information regarding repairs and/or returns.  A return authorization 
number is required for all repairs/returns. 

 

MAN250      Revised 4/4/2018 

Summary of Contents for E - ACDCLM

Page 1: ...0VAC and the other DC 60 to 60VDC Current measurements AC and DC up to 500A using hall effect transducers sold separately 2 and 4 position screw terminal connections Supports 18 24AWG CAT5 5e 6 cable up to 1 000 ft 305M not included Includes Mounting Ears CE certified and RoHS compliant Powered by E 2D 5D 16D Dimensions WxDxH in 6 2x2 3x1 6 Accuracy and range are transducer dependent sold separate...

Page 2: ...0VDC voltage source to be monitored to the Vin and earth ground connections using the removable terminal block 3 If current sensing is desired install a hall effect sensor to the AC or DC circuit to be monitored Then connect the supplied 4 wire cable to the sensor Connect the 4 wires at the end of the cable to the AC or DC CURRENT TRANSDUCER depending upon the type of circuit being sensed terminal...

Page 3: ...owing in that direction will be reported by the sensor as positive current flow When installing a hall effect sensor to a DC circuit you will want to install it oriented such that the arrow points in the direction you want represented as positive current flow on the status page for that sensor 3 Connect a 18 24AWG CAT5 5e 6 patch cable up to 1 000 feet long between the Cat x port on the E ACDCLM a...

Page 4: ...C Current The sensor is plugged into RJ45 Sensor port 5 in this example Click on the Sensor in the Description column or View under Action and display the status page for each sensor Below In order to better define the sensor on the Summary Page in SNMP traps or in an MIB browser click on the Edit link to open the sensor configuration page and configure the sensor ...

Page 5: ...k on the Configure button on any Status Page to display the Configuration page for any sensor Values shown here are for a 10Amp hall effect A 30A DC voltage hall effect would use 30 and 30 instead for example ...

Page 6: ...B file 2 locate the section titled extSensorType 3 assign a description and a number not already in use in the SYNTAX field to associate with it 4 enter the number for the newly defined extSensorType in the SNMP Custom Type ID box If the Type ID is left blank the value 0 will be assigned which will be reported in the browser and SNMP trap as type undefined TECHNICAL SPECIFICATIONS Description Spec...

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