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9/27/2017 

LMU-3640 Hardware & Installation Guide - PULS Wiki

https://puls.calamp.com/wiki/LMU-3640_Hardware_%26_Installation_Guide

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LMU-3640 Hardware & Installation Guide 

LMU-3640™

 

Hardware and Installation Guide

 

 

 

IMPORTANT: DO NOT INSTALL OR USE THE SOFTWARE 
OR DOCUMENTATION UNTIL YOU HAVE READ AND 
AGREED TO THE LICENSE AGREEMENT AND REVIEWED 
THE LIMITED WARRANTY AND REGULATORY 
INFORMATION. 

 

1

 

Introduction 

Welcome to the LMU-3640™ Hardware and Installation Guide. This 
manual is intended to give you information on the basic setup and 
installation of the CalAmp LMU-3640™ product(s) including 
hardware descriptions, environmental specifications, wireless network 
overviews and device installation. 

 
 

1.1

 

About This Manual 

 

The LMU-3640™ is one of the most flexible economy mobile 
tracking hardware products available. In order to accurately 
describe the functionality of these units we have broken this 
manual into the following sections: 

 

System Overview 

– A basic description of a 

CalAmp LMU-3640™ based tracking system. This 
includes a description of roles and responsibilities 
of each of the CalAmp components as well as a 
brief overview of the wireless data technologies 
used by the LMU-3640™. 

Hardware Overview 

– Describes the physical 

characteristics and interfaces of the LMU-3640™. 

Installation and Verification 

– Provides guidance 

for the installation of the LMU-3640™ versions in a 
vehicle and instructions on how to verify the 
installation is performing adequately. 

 

1.2

 

About The Reader 

Contents 

1

 

Introduction 

1.1

 

About This Manual 

1.2

 

About The Reader 

1.3

 

About CalAmp 

1.4

 

About the CalAmp Location Messaging Unit - LMU-3640™ 

2 System Overview 

2.1

 

Overview 

2.2

 

Component Descriptions 

2.2.1

 

Backend Software 

2.2.2

 

LMU Manager 

2.2.3

 

LM Direct Server 

2.2.4

 

Wireless Data Network 

2.2.5 LMU-3640™ 
2.2.6 Host Device – Laptop/PDA or MDT 

2.3

 

Wireless Data Primer 

2.3.1

 

SMS (Short Message Service) 

3 Hardware Overview 

3.1 LMU-3640™ 

3.1.1

 

Environmental Specifications 

3.1.2

 

Physical Specifications 

3.2

 

Location Messaging Unit -  LMU-3640™ 

3.3

 

LMU-3640™ Connectors 

3.3.1

 

I/O Connector 

3.3.2

 

VBUS Connector 

3.3.3

 

Accessories 

3.4

 

GPS Receiver 

3.5

 

I/O Descriptions 

3.5.1

 

3-Axis Accelerometer Input 

3.5.2

 

Ignition and Inputs 

3.5.3

 

Outputs 

3.5.4

 

Status LEDs 

4 Configuration and Activation 

4.1

 

Quick Start - General Config 

4.2

 

Activating LTE Using AT  Commands 

4.3

 

Auto provisioning of GSM or HSPA  LMUs 

4.4

 

Activating GSM or HSPA LMU using AT  Commands 

4.5

 

Preparing for Installation 

4.6

 

Plan The Installation 

4.6.1

 

Size and Placement of LMU Unit 

4.6.2

 

Access to the SIM (Subscriber Identity Module)  Card 

4.6.3

 

Protection from Heat 

4.6.4

 

Visibility of Diagnostic LEDs 

4.6.5

 

Cable Length 

4.6.6

 

Moisture and Weather  Protection 

4.6.7

 

Preventing Accidental or Unauthorized  Modification 

4.7

 

Installing the LMU in a Vehicle 

4.7.1

 

Place the LMU unit in the vehicle. 

4.7.2

 

Connect power, ignition, and ground. 

4.7.3

 

Typical Connection Sequence 

4.8

 

Installation Verification 

4.8.1

 

Comm Verification 

4.8.2

 

GPS Verification 

4.8.3

 

Inbound Verification 

4.8.4

 

Verification via SMS 

 

In order to limit the size and scope of this manual, the following assumptions have been made about the reader. 

1.

 

You are familiar with GPS concepts and  terminology 

Summary of Contents for LMU-3640

Page 1: ...ction 1 1 About This Manual 1 2 About The Reader 1 3 About CalAmp 1 4 About the CalAmp Location Messaging Unit LMU 3640 2 System Overview 2 1 Overview 2 2 Component Descriptions 2 2 1 Backend Software...

Page 2: ...rammed vehicular conditions are met Transmission of data are sent immediately when in wireless network coverage and stored for later transmission when out of the wireless coverage area SMS messaging c...

Page 3: ...in the CalAmp system It allows access to almost every feature available to the LMU 3640 Unlike the backend software it has the option of talking directly to an LMU 3640 or making a request forwarded b...

Page 4: ...of the GSM Phase 1 standard Excerpt taken from the GSM World website http www gsmworld com technology sms intro shtml 1 SMS message are typically text based though binary messages are possible and can...

Page 5: ...0 supports a Lithium Ion 1000 mAh backup battery input to be used when primary power is lost the supported voltage range is 9 to 16 VDC Transient Protection Input voltage transients typical of large t...

Page 6: ...rical system noise this includes ranges from 7 to 32 VDC Electrostatic Discharge ESD No damage or performance degradation after the ESD disturbance Power Consumption Average 70mA at 13 8 VDC Deep Slee...

Page 7: ...640_Hardware_ 26_Installation_Guide 7 23 3 2 1 I O Connector The LMU 3640 s features expanded power and I O capabilities via its 24 Pin Molex 43045 2202 connector Its pin out is as follows Refer to th...

Page 8: ...1BB T DATA Output 4 Digital Output Input Output 17 AUX2 RX Output 5 LED 1 Driver Input 18 AUX2 TX Output 6 LED 2 Driver Input 19 OUT 0 Analog to Digital Input 2 Output 20 OUT 1 Analog to Digital Inpu...

Page 9: ...Outputs Output 0 Out 0 Output 1 Out 1 Output 2 Out 2 Internal Outputs Output 7 Pwr Switch Output 8 Chrg Disable Output 13 12Vout Enable 3 4 1 3 Axis Accelerometer Input The LMU 3640 supports an intern...

Page 10: ...nd ioPOD s outputs are designed to drive external relays These outputs provide a high current open collector driver that can sink up to 150 mA each These drivers may be used to drive external relays t...

Page 11: ...ust go through a common step during the configuration and provisioning process Specifically this is pointing the LMU to your LM Direct server either via IP or a URL This configuration process is accom...

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