Alpha AlphaNet EDH4 Technical Manual

Brand: Alpha

Model: AlphaNet EDH4

Category: Networking

Type: Technical Manual

Alpha XP-EDH4 Transponder

Technical Manual

Effective: November 2013

745-419-B0-001 Rev. A (11/2013)

Power

Alpha Technologies

3745-419-B0-001 Rev. A (11/2013)

AlphaNet™ Series

External DOCSIS® Transponder

Model XP-EDH4

Technical Manual

745-419-B0-001, Rev. A

Effective Date: November 2013

Alpha Technologies, Inc.

Contacting Alpha Technologies: www.alpha.com

For general product information and customer service (7 AM to 5 PM, Pacic Time), call

1-800-863-3930,

For complete technical support, call

1-800-863-3364

7 AM to 5 PM, Pacic Time or 24/7 emergency support

DOCSIS® is a Registered Trademark of CableLabs

member of The Group

Alpha denies responsibility for any damage or injury involving its enclosures, power supplies, generators,

batteries or other hardware, manufactured by Alpha or members of the Alpha Group, when used for an

unintended purpose, installed or operated in an unapproved manner, or improperly maintained.

NOTE:

Photographs and drawings contained in this manual are only for illustrative purposes. These photographs and

drawings my not exactly match your installation.

NOTE:

Review the written and illustrative information contained in this manual before proceeding. If there are

questions regarding the safe installation or operation of this powering system or enclosure, please contact

Alpha Technologies or your nearest Alpha representative.

NOTE:

745-419-B0-001 Rev. A (11/2013)

Contents

Safety Notes ................................................................................................................................................................ 8

1.0 Introduction ............................................................................................................................................................9

1.1 Overview ....................................................................................................................................................9

1.2 Interfaces ....................................................................................................................................................10

1.3 Receiving Data ............................................................................................................................................ 10

1.4 Powering the EDH4 Transponder................................................................................................................11

1.5 Connector & LED Summary ........................................................................................................................ 11

1.6 Provisioning the Transponders in the Network ...........................................................................................12

1.7 Network Information ...................................................................................................................................13

1.8 Security ......................................................................................................................................................13

1.9 Conguration File Choices .........................................................................................................................13

2.0 Installation ..........................................................................................................................................................15

2.1 Alpha XM Series 2 and EDSM Card (HMS-Enabled) .................................................................................15

2.2 Alpha XM Series 2 Power Supply and USM Series Interface ....................................................................18

2.3 Non-HMS Alpha Power Supplies.................................................................................................................21

2.3.1 AM Series with RPM Interface .......................................................................................................21

2.3.2 Alpha XM1 Series Power Supply with USM Interface .................................................................... 24

2.4 Lectro ZTT/ZTT+ Power Supplies ...............................................................................................................27

2.5 Generic Power Supplies ..............................................................................................................................30

2.6 EDH4 Optional Equipment ..........................................................................................................................33

2.7 Lectro CPR Power Supply with Existing Level 2 Card ................................................................................33

2.8 Battery String Connections..........................................................................................................................36

3.0 Conguration and Operation .............................................................................................................................38

3.1 Checking the LEDs .....................................................................................................................................38

3.2 MIB Files ....................................................................................................................................................39

3.3 Acquiring the Transponders by the SNMP Manager ................................................................................... 39

3.4 Conguring the EDH4 for Mat Heater Operation.........................................................................................40

3.5 Generic I/O MIB Conguration for Mat Heater Application .........................................................................40

3.6 Mat Heater MIB Conguration .....................................................................................................................41

3.7 Enabling Mat Heater Traps .........................................................................................................................42

3.8 Using the Ethernet (Craft) Port ...................................................................................................................42

3.8.1 Overview .......................................................................................................................................42

3.8.2 Web Page Access .........................................................................................................................43

3.9 EDH4 Web Interface ..................................................................................................................................48

3.9.1 Overview .......................................................................................................................................48

3.9.2 Status Page for Software Information ...........................................................................................49

3.9.3 Status Page for Connection Information .......................................................................................50

3.9.4 Status Page for the SNMP Event Log ...........................................................................................51

3.9.5 HMS Power Supply Data Page .....................................................................................................52

5745-419-B0-001 Rev. A (11/2013)

Contents

3.9.6 Generator Data Page ....................................................................................................................53

3.9.7 HSIA Diagnostics Page: Ping Command .......................................................................................54

3.9.7.1 Input Parameters ...............................................................................................................54

3.9.8 Controlling the Ping Test ................................................................................................................55

3.9.9 Test Results ....................................................................................................................................55

3.9.10 Simultaneous Access .....................................................................................................................56

3.9.11 HSIA Diagnostics Page: Traceroute Command .............................................................................56

3.9.12 Input Parameters ............................................................................................................................57

3.9.13 Controlling the Traceroute Test ......................................................................................................57

3.9.14 Test Results ....................................................................................................................................57

3.9.15 Simultaneous Access .....................................................................................................................58

3.9.16 Legal Agreement ............................................................................................................................58

3.9.17 RF Constellation Page ...................................................................................................................59

3.9.18 Controls .........................................................................................................................................59

3.9.19 Downstream Data ..........................................................................................................................59

3.9.20 Interpreting QAM Constellation Data ..............................................................................................60

3.9.21 RF Equalizer ..................................................................................................................................65

3.9.22 MTA Status Page ...........................................................................................................................66

3.9.23 MTA DHCP Page ........................................................................................................................... 67

3.9.24 MTA Quality Of Service (QOS) Page ............................................................................................68

3.9.25 MTA Provisioning Page .................................................................................................................69

3.9.26 MTA Event Log Page .....................................................................................................................70

3.10 Transponder Cabling ................................................................................................................................... 71

3.10.1 Battery Cable .................................................................................................................................71

3.10.2 Ethernet Cable ..............................................................................................................................72

3.10.3 Power Supply Cable .......................................................................................................................72

3.10.4 Generic (AUX) I/O Cable ...............................................................................................................73

3.10.5 Battery Heater Mat Connector ........................................................................................................73

3.10.6 EDH4 Transponder Pin Connections .............................................................................................74

3.10.7 Upgrading the EDH4 Firmware ......................................................................................................74

4.0 Dual IP Conguration .........................................................................................................................................75

4.1 Dual IP Applications ....................................................................................................................................75

4.2 Conguration File Choices ..........................................................................................................................75

4.3 Assigning an IP Address to the Transponder ..............................................................................................76

4.4 Community Strings ..................................................................................................................................... 76

4.5 Server IP Types .......................................................................................................................................... 77

4.6 Advanced Security .....................................................................................................................................77

4.7 Conguration File .......................................................................................................................................78

4.8 Cable Modem Conguration File .................................................................................................................79

745-419-B0-001 Rev. A (11/2013)

Figures

Fig. 1-1, The EDH4 Transponder ...............................................................................................................................9

Fig. 1-2, The EDH4 Transponder Interfaces ...............................................................................................................10

Fig. 1-3, Typical Network Conguration ......................................................................................................................12

Fig. 1-4, Sample Cable Modem Conguration File......................................................................................................14

Fig. 2-1, Identifying the CNTL Connector ....................................................................................................................15

Fig. 2-2, EDH4 with an Alpha XM Series 2 and EDSM Card.......................................................................................17

Fig. 2-3, DIP Switch (SW1) Location ...........................................................................................................................19

Fig. 2-4, Connections Between the Transponder and Alpha XM2 Power Supply ....................................................... 20

Fig. 2-5, Installing the EDH4 .......................................................................................................................................21

Fig. 2-6, 13-Pin Connector .........................................................................................................................................22

Fig. 2-7, Connections Between the Transponder and Alpha AM Power Supply ..........................................................23

Fig. 2-8, Installing the EDH4 .......................................................................................................................................24

Fig. 2-9, Alpha XM with USM.......................................................................................................................................24

Fig. 2-10, Connections Between the Transponder and Alpha XM Power Supply ....................................................... 26

Fig. 2-11, Installing the EDH4 .....................................................................................................................................27

Fig. 2-12, Lectro ZTT/ZTT+ ........................................................................................................................................27

Fig. 2-13, Input and Output Connections, Lectro ZTT/ZTT+ Models ...........................................................................29

Fig. 2-14, Installing the EDH4 .....................................................................................................................................30

Fig. 2-15, Input and Output Connections, Generic Models .........................................................................................32

Fig. 2-16, AUX I/O Connector ...................................................................................................................................... 34

Fig. 2-17, General/Alarm Connector............................................................................................................................34

Fig. 2-18, Input and Output Connections, Lectro CPR ................................................................................................ 35

Fig. 2-19, 36V System, Single String...........................................................................................................................36

Fig. 2-20, 36V System, Dual String .............................................................................................................................36

Fig. 2-21, 48V System, Single String...........................................................................................................................37

Fig. 2-22, 48V System, Dual String .............................................................................................................................37

Fig. 3-1, Conguration Web Page ..............................................................................................................................43

Fig. 3-2, Local Area Connection Properties Screen, Windows XP .............................................................................. 44

Fig. 3-3, Internet Protocol (TCP/IP) Properties Screen, Windows XP ......................................................................... 44

Fig. 3-4, Local Area Connection Properties Screen, Windows 7 .................................................................................45

Fig. 3-5, Internet Protocol (TCP/IP) Properties Screen, Windows 7............................................................................45

Fig. 3-6, Status Page for Software Information ...........................................................................................................46

Fig. 3-7, HMS Power Supply Data Page .....................................................................................................................47

Fig. 3-8, Status Page for Software Information ..........................................................................................................49

Fig. 3-9, Status Page for Connection Information ......................................................................................................50

Fig. 3-10, Status Page for the SNMP Event Log ........................................................................................................51

Fig. 3-11, HMS Power Supply Data Page ..................................................................................................................52

Fig. 3-12, Generator Data Page .................................................................................................................................53

Fig. 3-13, HSIA Diagnostics Page: Ping Command ...................................................................................................54

Fig. 3-14, Ping Results ...............................................................................................................................................55

Fig. 3-15, HSIA Diagnostics Page: Traceroute Command .........................................................................................56

Fig. 3-16, Traceroute Results .....................................................................................................................................58

Fig. 3-17, Traceroute Legal Agreement ...................................................................................................................... 58

Fig. 3-18, Constellation Page .....................................................................................................................................59

Fig. 3-19, Sample QAM Constellation—Normal Centered Dots (Good Quality) ........................................................61

Fig. 3-20, Sample QAM Constellation—Fuzzy (Low CNR and/or Low MER) ............................................................61

Fig. 3-21, Sample QAM Constellation—"Doughnuts" (Coherent Interference) ..........................................................62

Fig. 3-22, Sample QAM Constellation—Gaussian Noise ...........................................................................................62

Fig. 3-23, Sample QAM Constellation—Circular Smear (Phase Noise) .....................................................................63

Fig. 3-24, Sample QAM Constellation—Corners Squeezed to Center (Gain Compression) ......................................63

Fig. 3-25, Sample QAM Constellation—Rectangular vs. Square (I-Q Imbalance) ..................................................... 64

Fig. 3-26, Sample QAM Constellation—Twisted or Skewed (Quadrature Distortion) .................................................64

Fig. 3-27, Microreections Page .................................................................................................................................65

Fig. 3-28, MTA Status Page ........................................................................................................................................66

Fig. 3-29, MTA DHCP Page ........................................................................................................................................67

Fig. 3-30, MTA Quality of Service (QoS) Page ...........................................................................................................68

Fig. 3-31, MTA Provisioning Page ..............................................................................................................................69

Fig. 3-32, MTA Event Log Page ..................................................................................................................................70

7745-419-B0-001 Rev. A (11/2013)

Tables

Table 1-1, EDH4 Connector Functionality ..................................................................................................................11

Table 1-2, Network Worksheet ....................................................................................................................................13

Table 2-1, Switch and Jumper Settings .......................................................................................................................19

Table 2-2, Switch and Jumper Settings .......................................................................................................................25

Table 2-3, Installation Details for EDH4 Optional Equipment ......................................................................................33

Table 3-1, LED Status Summary ................................................................................................................................38

Table 3-2, Management Information Base (MIB) Files ................................................................................................39

Table 3-3, Mat Heater MIB Cong Data.......................................................................................................................41

Table 3-4, OIDs for Usernames and Passwords for Web Interface Access ................................................................43

Table 3-5, OIDs for Port Management ........................................................................................................................48

Table 3-6, Input Parameters for the Ping Command ..................................................................................................54

Table 3-7, Ping Command Controls.............................................................................................................................55

Table 3-8, Input Parameters for the Traceroute Command ........................................................................................57

Table 3-9, Control Buttons on Traceroute Screen .......................................................................................................57

Table 3-10, Visual Cues for QAM Constellation Data .................................................................................................. 60

Table 3-11, Battery Connector Pinouts ........................................................................................................................71

Table 3-12, Pin Number Conguration, Ethernet Cable ..............................................................................................72

Table 3-13, Pin Number Conguration, Power Supply Cable ......................................................................................72

Table 3-14, Pin Number Conguration, Generic (AUX) I/O Cable ...............................................................................73

Table 3-15, Pin Number Conguration, Battery Heater Mat Connector.......................................................................73

Table 4-1, Community String Parameters....................................................................................................................76

Table 4-2, Server IP Parameters .................................................................................................................................77

Table 4-3, Advanced Security Parameters ..................................................................................................................77

Table 4-4, Conguration File OIDs (listed by parameter) ............................................................................................79

745-419-B0-001 Rev. A (11/2013)

Safety Notes

Review the drawings and illustrations contained in this manual before proceeding. If there are any questions regarding

the safe installation or operation of the system, contact Alpha Technologies or the nearest Alpha representative. Save this

document for future reference.

To reduce the risk of injury or death and to ensure the continued safe operation of this product, the following symbols have

been placed throughout this manual. Where these symbols appear, use extra care and attention.

The use of ATTENTION indicates specic regulatory/code requirements that may affect the placement of

equipment and /or installation procedures.

ATTENTION:

A NOTE provides additional information to help complete a specic task or procedure.

NOTE:

The use of CAUTION indicates safety information intended to PREVENT DAMAGE to material or

equipment.

CAUTION!

WARNING presents safety information to PREVENT INJURY OR DEATH to the technician

or user.

WARNING!

9745-419-B0-001 Rev. A (11/2013)

The EDH4 transponder:

• Uses existing headend equipment

• Uses ANSI/SCTE HMS standards

• Measures analog or receives digital SCTE/HMS data from power supplies

• Can be network-managed through your existing CMTS

To the cable network infrastructure, the EDH4 transponder appears as a DOCSIS 2.0 cable modem. The

EDH4 is assigned an IP address like any other DOCSIS device on the DOCSIS network. The assigned

IP address is used to access the HMS status monitoring data via SNMP, the HMS MIBs and a Web

interface.

For complete DOCSIS specications, please visit the CableLabs Website (www.cablelabs.com).

Fig. 1-1, The EDH4 Transponder

1.0 Introduction

1.1 Overview

Alpha’s EDH4 transponder provides the ability to manage network power through an existing cable

modem infrastructure for a variety of power supplies. Please see your Alpha representative for a complete

listing. This manual focuses on the power supplies listed below.

HMS-Enabled Power Supplies:

• XM2 with EDSM Interface

Non-HMS Alpha Power Supplies:

• AM with RPM interface

• XM with USM interface

• XM2 with USM2 or USM2.5 interface

Lectro Power Supplies:

• ZTT

• ZTT+

• CPR with Level 2 Interface

A single transponder can monitor a power supply and a maximum of four (4) battery strings. Power sites

with multiple standby power supplies and generators may possibly be monitored with one EDH4 unit

depending on the architecture, power supply models and data interfaces, please contact your Alpha

representative for details. The EDH4 transponder transmits data to a management system over the

network’s existing DOCSIS infrastructure using standard SNMP (Simple Network Management Protocol).

Status monitoring information is compatible with ANSI/SCTE HMS standards.

745-419-B0-001 Rev. A (11/2013)

1.0 Introduction, continued

1.2 Interfaces

The EDH4 includes six status LEDs and a mix of analog and digital connections supporting multiple

congurations.

Fig. 1-2, The EDH4 Transponder Interfaces

1.3 Receiving Data

The EDH4 transponder can receive analog power supply data through its PWR SUPPLY port and battery

data through its two battery ports (BAT A/B and BAT C/D). It can receive HMS power supply data through

its HMS interface port (rear panel) and can simultaneously directly measure and report battery voltages

through its two battery ports (BAT A/B and BAT C/D). The transponder uses the direct battery connection

when congured to receive battery data through both the HMS interface port and a direct battery

connection.

Front

Back

















11745-419-B0-001 Rev. A (11/2013)

1.4 Powering the EDH4 Transponder

Power the EDH4 transponder through one of the following transponder interfaces:

• Battery Interface Connection (BAT A/B)

• Battery Interface Connection (BAT C/D)

• HMS interface port (HMS)

• Auxiliary (generic) I/O (AUX I/O)

In the event of multiple sources of power (e.g., batteries and HMS port), the highest voltage will source

power to the transponder.

Installation Notes:

• Before eld installation, the transponder’s MAC address should be loaded into the DHCP server,

and DOCSIS conguration le options should be set. This permits on-site verication of network

connectivity and data, preventing the need for an additional visit to the site should there be a problem

with the installation.

• Do not place the transponder on top of the power supply or batteries.

• Make all battery harness connections and connect the interface cable to the power supply before

connecting the cables to the transponder.

1.5 Connector & LED Summary

1.0 Introduction, continued

Connector Description

RF The RF connector, the physical interface to the cable plant, exchanges RF data between the CMTS

and the transponder.

BAT A/B and BAT C/D There are two battery interface connectors to the battery strings. The connection labeled BAT A/B

interfaces to battery strings A and B. The connection labeled BAT C/D interfaces to battery strings

C and D. The EDH4 also receives power through these interfaces when they are used to measure

battery data. When the transponder is used to monitor an SCTE HMS power supply, battery data

can be gathered through the transponder's SCTE HMS connection (labeled HMS), or through the

BAT A/B and BAT C/D ports.

AUX I/O The AUX I/O connector provides a generic input/output port to allow monitoring of co-located

equipment if required. Pin 19 allows powering the unit with 24 - 60 Vdc. Also, 3.3 volt power is

available on pin 20. Common ground is on pin 1.

HMS The HMS connector on the back of the transponder accepts the standard SCTE HMS-022 Interface

Cable, and exchanges ANSI/SCTE HMS digital data between the transponder and a power supply

with a SCTE HMS-022 interface.

PWR SUPPLY The main power supply interface is through this connector. This connector delivers both digital and

analog signals to the transponder for monitoring as well as digital outputs and an interface to an

external temperature sensor and/or line voltage sense transformer, if applicable.

CNTL CNTL provides connection to a battery mat heater control.

LED Indicators

The EDH4 transponder includes six green LEDs:

• STAT • US

• ELINK • DS

• ONLINE • PWR

The LEDs indicate transponder status. See Section 3.1 Checking the LEDs.

Table 1-1, EDH4 Connector Functionality

745-419-B0-001 Rev. A (11/2013)

Cable modem infrastructures are likely to have unique characteristics. Therefore it is strongly

recommended one transponder be installed and tested for proper operation before deploying the entire

system throughout your network.

Installing the transponders and making them operational consists of the following steps, which are

explained in detail in this manual.

• Provisioning the transponders in the network

• Adding conguration data to the cable modem conguration le

• Installing the transponder

• Powering the transponder and checking the LEDs for status

• Verifying the power supply parameters are reporting correctly on the transponder Web page and/

or power supply monitoring system.

1.6 Provisioning the Transponders in the Network

Before installing EDH4 transponders, the transponders must be provisioned in the network for the

network to recognize, discover, and communicate with them when they are powered up. The following

graphic shows a typical network.

NOTE: Some provisioning systems require that the transponder’s MAC address be added to the CMTS

prior to installing the transponder to achieve full functionality.

1.0 Introduction, continued

Customers

Tap

Amplier

Power

Supply

EDH4

Transponder

SNMP

Manager

Web

Client

Time of Day Server

Provisioning Server

TFTP Server

DOCSIS Cable Modem

Firmware Image

Upgrade File

Cable Modem

HFC Network

Fiber Node

Network

CMTS

Network

Fig. 1-3, Typical Network Conguration

Conguration File

HFC

13745-419-B0-001 Rev. A (11/2013)

1.7 Network Information

The following worksheet will aid you in gathering the network information you will need as you move

through the deployment process.

1.0 Introduction, continued

Network Item Value

Cable Modem MAC address

Cable Modem IP address

TFTP Server IP address

Provisioning Server IP address

Time of Day Server IP address

DHCP Server IP address

1.8 Security

Different security methods are used to ensure network integrity. Some common issues are:

• A subscriber account (where the transponder is the subscriber) may be required for each

transponder

• The transponder’s MAC address may have to be pre-loaded into the CMTS

• MAC ltering may have to be modied to allow MAC addresses starting with 00:10:3F:xx:xx:xx or

00:26:97:xx:xx:xx to be registered

• For SNMP access, UDP ports 161 and 162 must not be blocked

• Firewalls must allow communications between the cable modem and the various servers.

1.9 CongurationFileChoices

Alpha strongly recommends that the cable modem conguration le has been successfully modied and

tested prior to deploying transponders into the system in quantity. The transponder manages SNMP lters

and trap destinations via the docsDevNmAccessTable.

To ensure the proper management of SNMP access, such as limiting access to specic SNMP managers

or allowing the transponder to send SNMP/HMS traps, the docsDevNmAccessTable must be populated

via the cable modem conguration le.

Additional SNMP Object Identiers (OIDs) may be added to further congure other options such as the

transponder's HTTP port, its User Name and Password conguration information.

For Dual IP conguration, refer to Section6.0,DualIPConguration.

The deployment of an EDH4 DOCSIS-based transponder is similar to provisioning a standard subscriber

cable modem or Multimedia Terminal Adapter (MTA) with certain exceptions owing to the transponder

being a system support device. For instance, care must be used when provisioning, such that it is not

invoiced in the billing system or mistakenly blocked. Cable operators will want to adapt a deployment

strategy to t their unique operational landscape.

Table 1-2, Network Worksheet

745-419-B0-001 Rev. A (11/2013)

The following is a sample cable modem conguration le. Include only those OIDs that will provide the

desired features and functionality.

Fig. 1-4, Sample Cable Modem Conguration File

1.0 Introduction, continued

1.9 CongurationFileChoices,continued

15745-419-B0-001 Rev. A (11/2013)

2.1 Alpha XM Series 2 and EDSM Card (HMS-Enabled)

The EDH4 transponder can be interfaced to power supplies that support the SCTE-HMS interface. In

addition, the EDH4 transponder can receive battery string data through the HMS interface port and can

measure battery strings directly. If battery data is present from both the HMS interface and the direct

battery connection (EDH4 BAT A/B or BAT C/D), the EDH4 transponder uses the direct battery connection

data.

2.0 Installation

When installing the EDH4 transponder (which is recognizable by the presence of 6 LEDs on the

front panel, as opposed to 4 on the older models), care must be taken to recognize the difference

between the new labeling of the 4 pin front panel connector “CNTL.” This is to be used with

a battery mat heater control. The older units had an identical connector, labeled “AUX PWR.”

DAMAGE WILL RESULT if the older cable is plugged into the new transponder.

CAUTION!

EDH2 EDH3 EDH4

CNTL

AUX PWRAUX PWR

Fig. 2-1, Identifying the CNTL Connector

Alpha’s Enhanced Digital Status Module (EDSM) is a status monitoring interface for the XM Series

2 power supply. The EDSM continuously gathers power supply, generator, and battery data. Data is

transferred to an industry standard digital transponder (DT) using a serial interface, specied by the ANSI/

SCTE25-3 standard. DT connector equipped EDSMs connect to either an embedded digital transponder

or an external digital transponder such as the EDH4.

Required Materials

RF Cable Customer supplied

HMS-022 Interface Cable Alpha p/n 875-734-19

Battery Sense Wire Harness 36V single string, 6', Alpha p/n 874-842-21

36V single string, 9', Alpha p/n 874-842-27

36V dual string, 9', Alpha p/n 874-842-28

48V single string, 9', Alpha p/n 874-841-25

48V dual string, 9', Alpha p/n 874-841-24

Battery Heater Mat Control Cable (optional) Alpha p/n 875-627-20

Ethernet Cable (optional) Alpha p/n 875-734-19

EDSM Interface Card with DT Connector Congurable (contact Alpha Technologies

for order information)

Surge Protector with Ground Block Alpha p/n 162-028-10

Tamper Wire Harness Enclosure-specic (enclosure option)

In Line Lightning Arrestor w/pass thru (130V) L-G, L-N, N-G Alpha p/n 162-046-10 (not compatible with

240V circuits/receptacles)

745-419-B0-001 Rev. A (11/2013)

2.0 Installation, continued

2.1 Alpha XM Series 2 and EDSM Card (HMS-Enabled), continued

Turning off the battery breaker will disconnect the standby batteries; as a result service would

be interrupted in the event of a utility outage.

CAUTION!

Installation Procedure:

1. Remove the EDH4 transponder and cabling hardware from its shipping package.

2. Turn off battery breaker on the XM2 Inverter Module.

3. Insert one end of the HMS-022 Interface Cable into the DT port on the EDSM and the other end into

the HMS port on the back panel of the EDH4 (see Fig. 2-2).

4. Connect RF cable to RF port on EDH4 front panel.

5. Connect the tamper wire harness to the “TMPR” connection on the EDSM if the enclosure is

equipped with a tamper switch.

6. Connect the battery sense wire harness to the batteries per instructions provided with the harness.

Refer to Section 2.7, Battery String Connections for wiring details.

7. Connect the single or dual battery sense wire connector to the AUX connector on EDSM. If desired,

the battery sense harness may be connected to the BAT A/B connector of the EDH4 instead of the

AUX connector on the EDSM. For the 3rd and 4th battery strings, connect the dual battery sense wire

harness to the BAT C/D connector on EDH4.

8. Install the EDH4 into the power supply cabinet using the adhesive fasteners on the bottom of the

transponder.

9. Press and hold the STAT pushbutton on the front panel of the EDSM until all LEDs go out.

10. Turn on battery breaker on the XM2 Inverter Module.

11. Verify the status of the LED indicators on the front panel of the EDH4, refer to Section 3.1, Checking

the LEDs for LED indicator details.

12. Refer to Section3.0,CongurationandOperation on how to access the “Cong” menu on EDH4

Web page to congure the transponder for “HMS-022 External” operation. Refer to Table 3-4 for Web

page user names and passwords.

Installation should be performed only by qualied service personnel.

WARNING!

Failure to use the complete battery string (for battery sense connections) may cause premature battery

failure.

NOTE:

Follow procedures to install the EDSM Card if not already installed (refer to EDSM Technical Manual, p/n

704-721-C0-004).

NOTE:

17745-419-B0-001 Rev. A (11/2013)

Fig. 2-2, EDH4 with an Alpha XM Series 2 and EDSM Card

2.0 Installation, continued

2.1 Alpha XM Series 2 and EDSM Card (HMS-Enabled), continued

Legend

1 RF Cable (customer supplied)

2 HMS-022 Cable

3,4 Battery Sense Wire Harness

5 Battery Heater Mat Control Cable

6 Ethernet Cable (optional)

7 EDSM Interface Card with DT Connector

8 Surge Protector w/Ground Block

9 Tamper Wire Harness

10 In Line Lightning Arrestor w/pass through (130V) L-G, L-N, N-G

STAT

ALM/RDY

DT/COM

TMPR

















POS

NEG

A/B [C/D] NEG

Pin 1

Vbatt 3A [C] 36V

Pin 4

Vbatt 2A [C] 24V

Pin 3

Vbatt 1A [C] 12V

Pin 2

Vbatt 4A [C/D] 48V

Pin 8

NEG

3A 2A 1A

5 6

FRONT

BACK

To strings 3 and 4

To laptop

745-419-B0-001 Rev. A (11/2013)

2.0 Installation, continued

2.2 Alpha XM Series 2 Power Supply and USM Series Interface

The XM2 batteries are isolated from chassis ground by design. Any voltage potential difference

between battery (-) and chassis ground must be eliminated before installing the transponder

to avoid potential transponder damage. To accomplish this, attach a ground jumper between

battery (-) and chassis ground before installing the transponder. Once the transponder is

installed the jumper may be removed if desired.

Switch Battery Breaker OFF prior to removing the Inverter Module for USM2/USM2.5 Card

installation and conguration.

WARNING!

Required Materials

RF Cable Customer supplied

Battery Sense Wire Harness for: 36V single string, 6', Alpha p/n 874-842-21

36V single string, 9', Alpha p/n 874-842-27

36V dual string, 9', Alpha p/n 874-842-28

48V single string, 9', Alpha p/n 874-841-25

48V dual string, 9', Alpha p/n 874-841-24

XM Series 2 Power Supply Interface Cable Alpha p/n 875-335-20 (for USM2/2.5 interface)

Battery Heater Mat Control Cable (optional) Alpha p/n 875-627-20

Ethernet Cable (optional) Alpha p/n 875-734-19

External Temperature Probe (optional) Alpha p/n 745-178-21

Vin Sense (optional) Alpha p/n 875-493-21

Surge Protector w/Ground Block Alpha p/n 162-028-10

In Line Lightning Arrestor w/pass through (130V) L-G,

L-N, N-G

Alpha p/n 162-046-10 (not compatible with 240V

circuits/receptacles)

Tamper Wire Harness Enclosure specic (enclosure option)

Installation Procedure:

1. Remove the XM2 Inverter Module:

• Switch OFF the battery breaker. Disconnect the battery input, and the temp probe cables.

• Disconnect all the cables (TMPR, XPDR, and SYS COM) from the Communications Module.

• Loosen the thumbscrews on the Inverter Module.

• To remove the Inverter Module, grasp ONLY the handle of the Inverter Module, and pull rmly to

release the module from the connector. Slide the module assembly straight out.

• Disconnect the ribbon cable attaching the Inverter Module to the power distribution board before

sliding the inverter module all of the way out.

2. Plug the 2 x 9 pin strip connector into the Inverter Module.

3. A new USM2.5 will come with a snap-on support. Position the USM2.5 over the strip connector and

the rear hole for the support and carefully push into place. Verify the position of the strip connector,

and that the support is fully seated into the Inverter Module mounting shield.

4. When replacing a USM2.5 the support may already be installed. If so, align the USM2.5 over the

supports and gently push onto the strip connector. Verify the position of the strip connector, and that

the support is fully seated into the Inverter Module mounting shield.

19745-419-B0-001 Rev. A (11/2013)

2.0 Installation, continued

2.2 Alpha XM Series 2 Power Supply and USM Series Interface, continued

5. Secure the top of the USM2.5 card to the Inverter Module with the PEM fastener. The lower portion is

covered by an optional blanking plate. Use 2 #6 screws to secure the blanking plate.

6. Before reinstalling the Inverter Module, set the DIP switch, SW1 to the proper conguration settings

for the status monitoring interface, as per Table 2-1. Always verify USM2.5 conguration especially

after upgrading or modifying the XM Series 2 Power Supply.

7. Reinstall the Inverter Module:

• Align the metal shield in the upper and lower card-guides.

• Using ONLY the Inverter Module’s handle (do not apply pressure to the front panel) rmly drive

the module back into the connectors. The connectors are designed to be made with reasonable

force.

• The thumbscrews are not intended to aid in making these connections, but to secure the Inverter

Module to the chassis.

• Reattach the ribbon cable to the inverter module.

8. If the Inverter Module is correctly seated, the front panel Smart Display will start-up, and the “Inverter

Disconnected Alarm” will NOT be active.

9. Retighten the thumbscrews. ONLY tighten by hand. Do not use tools to tighten the thumbscrews.

10. Reconnect all the cables (TMPR, XPDR, and SYS COM) as needed to the Communications Module.

11. Verify that the battery breaker is OFF.

12. Reconnect the battery input and the temp probe cables.

13. Switch the battery breaker ON.

14. Verify the status of the LED indicators on the front panel of the EDH4. Refer to Section 3.1,

Checking the LEDs for LED indicator details.

15. Refer to Section3.0,CongurationandOperation for transponder conguration details. The EDH4

will need to be congured with the model of the connected power supply via the transponder Web

page locally or remotely.

XM2 - USM2 XM2 – USM 2.5

SW 1–1, 2, 6, 8 = ON SW 1-1, 2, 6 = ON

SW 2-1, 3, 4 = ON

JP1 = C & 1

JP2 = 1 & 2

Fig. 2-3, DIP Switch (SW1) Location

Table 2-1, Switch and Jumper Settings

745-419-B0-001 Rev. A (11/2013)

2.0 Installation, continued

2.2 Alpha XM Series 2 Power Supply and USM Series Interface, continued















POS

NEG

A/B [C/D] NEG

Pin 1

Vbatt 3A [C] 36V

Pin 4

Vbatt 2A [C] 24V

Pin 3

Vbatt 1A [C] 12V

Pin 2

Vbatt 4A [C/D] 48V

Pin 8

NEG

3A 2A 1A

TMPR

XPDR

5 6

To strings 3 and 4

Legend

1 RF Cable (customer supplied)

2,3 Battery Sense Wire Harness

4 Power Supply Interface Cable

5 Battery Heater Mat Control Cable

6 Ethernet Cable (optional)

7 External Temperature Probe (optional)

8 Vin Sense (optional)

9 Surge Protector w/Ground Block

10 In Line Lightning Arrestor w/pass through (130V) L-G, L-N, N-G

11 Tamper Wire Harness (enclosure option)

Fig. 2-4, Connections Between the Transponder and Alpha XM2 Power Supply

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Alpha AlphaNet EDH4 Technical Manual

Brand: Alpha

Model: AlphaNet EDH4

Category: Networking

Type: Technical Manual

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Alpha AlphaNet EDH4 Technical Manual

Alpha AlphaNet EDH4 Technical Manual

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