Attachment_0005_-_Appendix_B_Technical_Manual_OMEGA_60B2_Battlefield_Effects_Simulator_(BES).pdf

TM 17-6920-720-10

TECHNICAL MANUAL

OMEGA 60/B2

BATTLEFIELD EFFECTS SIMULATOR (BES)

Operator’s Manual for use on

Future Army Systems Integrated Targetry (FASIT) Ranges

DEVICE: 17-271

NSN: 6920-01-530-3932

Release Date June 16, 2009 i

DISTRIBUTION STATEMENT D: Distribution authorized only to Department of Defense and U.S. Department of Defense contractors due to operational use, effective 1 March 2007.

Other requests for this document shall be referred to: Program Executive Office, Simulation, Training, and Instrumentation (PEO-STRI), Battlefield Effects Simulator (BES) Program, ATTN: PEO-SFAE-STRI-PS-Q, 12350 Research Parkway, Orlando, FL 32826-3276

This document contains technical data whose export is restricted by the Arms Export Control Act (Title 22, U.S.

C SEC 2751 ET seq.) or Executive Order 12470. Violations of these export laws are subject to severe criminal penalties.

DESTRUCTION NOTICE: For unclassified, limited documents, destroy by any method that will prevent disclosure of contents or reconstruction of the document.

Intentionally Left Blank ii

RECORD OF CHANGES

Change No. Date Title or Brief Description Entered by

1 January 29, 2008 Major rework of FASIT Technical Manual separating Volumes 1 & 2 into separate Operator and Maintenance manuals.

Scott Harwick TDSI Document Manager

2 March 04, 2009 Figures and Table of Contents numbering changed to reflect the chapters where they are located. Rod Fugler - Logistics

3 June 16, 2009 Added or removed government comments and changes Rod Fugler - Logistics iii

Safety Is Your Number One Responsibility!

• Safe OMEGA 60/B2 BES handling is YOUR personal responsibility at all times.

• For your safety and the safety of others, never rely on mechanical features alone. Only safe usage habits will ensure the safe use of this unit and the related pyrotechnic cartridges.

• Never attempt to modify your OMEGA 60/B2 BES or permit it to be modified.

• Before handling this OMEGA 60/B2 BES and the related pyrotechnic cartridges; READ and UNDERSTAND this

Operation and Maintenance Manual. Familiarize yourself with the mechanical features of the unit. If you feel uncertain about any operational aspects of the unit or the related pyrotechnic cartridges, discontinue use and contact Range Safety Officer.

• Always secure and store your OMEGA 60/B2 BES and the related pyrotechnic cartridges safely.

• Always treat the OMEGA 60/B2 BES unit as if it were armed and could activate at any time.

• Always keep the OMEGA 60/B2 BES unit pointed in a safe direction, primarily in an upward position. A stationary, mounted BES should not exceed a 15-degree angle from level. Do not allow tree limbs, wires, or any other obstacles to hang in front of, above, or close to the firing unit.

• Never carry or store this OMEGA 60/B2 BES without the ARMED/SAFE switch placed in the SAFE position.

• Never allow the OMEGA 60/B2 BES or the related pyrotechnic cartridges to be used by individuals who have not read these safety rules and have not been trained according to the OMEGA 60/B2 BES operating and training course.

• THE MANDATORY AND SAFEST OPERATING DISTANCE IS BEYOND 34 FEET FROM THE BES

LAUNCHER. The Surface Danger Zone (SDZ) IS 10.3 METERS (34 Feet).

WARNING

READ THESE INSTRUCTIONS AND WARNINGS CAREFULLY

General Warnings

• The surface danger zone (SDZ) of the omega 60/B2 BES is 10.3 meters (34 Feet).

• Be sure you understand these instructions and warnings before using the omega 60/B2 BES. Only qualified, trained operators should operate and maintain it.

• Failure to read these instructions and to follow these warnings may result in property damage, serious injury or death.

• Do not use an omega 60/B2 BES in confined spaces, but only in open, outside areas designated for pyrotechnics.

• Do not fire the omega 60/B2 BES where combustible materials are within 34 feet of the launcher.

iv

READ THESE INSTRUCTIONS AND WARNINGS CAREFULLY

Approaching The Launcher

• Ensure that all power has been shut off from the remote power source/targetry by placing the power switch in the “SAFE” position before approaching the Omega 60/B2 BES.

Failure to do so could result in serious injury or death due to inadvertent firing.

• Before performing any procedures on the Omega 60/B2 BES, first place the remote ARMED/SAFE switch on the cable assembly on “SAFE” and then turn the launcher front control panel to the “SAFE” position. The launcher should always be powered off at a distance before approaching the launcher. Failure to do so may result in property damage, personal injury, or death due to inadvertent firing.

Loading And Unloading The Launcher

• Personnel not directly involved in loading the Omega 60/B2 BES should remain at least 34 feet (10.3 meters) from the unit during the loading operation. Personnel loading the device should be trained and certified through the omega 60/B2 BES training course to handle pyrotechnic cartridges, and must adhere to local range standard operating procedures and safety regulations.

• Hearing protection, an OSHA-approved face shield, and Nomex gloves are recommended within 34 feet of the launcher, standard range procedures for approaching and loading the launcher should also be followed.

• Never stand or bend over the cartridge chambers when loading or unloading pyrotechnic cartridges from the Omega 60/B2 BES system. Load and unload using the proper sequence (see Section 4.1). Failure to do so may cause property damage, personal injury, or death due to inadvertent firing.

• Immediately before loading or unloading pyrotechnic cartridges, personnel should discharge any static electricity on their persons by touching either lifting handle of the omega 60/B2 BES system.

• The M34 Hostile Fire (DODIC LA54) and M35 Target Hit, White Star (DODIC LA53) cartridges are pyrotechnics that can cause death or severe bodily injury if allowed to ignite near personnel. Exercise caution when handling these cartridges. Always ensure the armed/safe switches are in the safe position and the armed led indicator is not illuminated before loading, unloading, or working near the BES system.

NOTE: [Department of Defense Identification Code (DODIC)]

• After firing, approach the Omega 60/B2 BES and look for cartridges which have not ignited in sequence. Any cartridge which has not ignited in sequence, treat as a misfire or faulty cartridge. Remove these cartridges and follow established EOD (explosive ordnance disposal) procedures (see Section 4.2.2.).

• When in doubt whether a cartridge has been fired, handle as if the cartridge is live.

• If the Omega 60/B2 BES contains a suspected misfire cartridge, place the armed/safe switch on “SAFE” and then move the launcher control panel’s armed/safe switch to the “SAFE” position. Disconnect the power source cable. Immediately step a minimum of 34 feet away from the BES and wait 15 minutes before removing a misfire or a suspected faulty cartridge.

NOTE: the 15-minute safety interval is an Original Equipment Manufacturer (OEM) recommendation, but range procedures have priority and should always be followed.

v vi

Launcher Arming Or Armed

• The mandatory and safest operating distance is at least 34 feet from the BES launcher.

The SDZ is 10.3 meters

• Do not work near the BES when the system is armed and the armed led on the control panel of the BES is illuminated.

• No personnel are allowed within the (34-foot) SDZ during firing.

• To prevent shock or burns resulting from contact with high voltage, do not touch the internal electrode tower when the Omega 60/B2 BES launcher is armed, during maintenance procedures, or when arming the launcher for operation

WARNING: Do not use a petroleum-base cleaner on the launcher. Any oil or petroleum-base solvent may create cracks in the Lexan coil plate housing the Electro Towers.

NOTE: The term misfire defined in this technical publication relates to when a cartridge fails to fire after receiving a FIRE COMMAND from the Range Operation Controller to the Omega 60/B2 BES launcher. It does not relate to the defined Firing Characteristics of a cartridge.

IMPORTANT OPERATING TIPS

• The BES should have a cartridge in each chamber position prior to firing; however, the BES may be operated without a full load of cartridges.

• If enough live cartridges are not available for a full load, then previously-fired cartridges may be used to simulate a full load. This technique prevents combustion residue or fired-cartridge debris from settling into an uncovered chamber and fouling the electro towers.

• Preventive maintenance and safety tip: another benefit for keeping previously fired and/or new cartridges in all 60 chambers is to control the path of the arc between bottom pin A and the side pin B.

It is not recommended to fire a chamber without a used or unused cartridge as it could potentially damage the launcher by not having a controlled path to ground. In the case of maintenance tasks test lights can be used to accomplish the control path of the arc.

• Only two cartridges – M34 Hostile Fire (National Stock Number (NSN): 1370-01-534-9191, DODIC:

LA54) and M35 Target Hit, White Star (NSN: 1370-01-534-7733, DODIC: LA53) - are approved for use in the Omega 60/B2 BES launcher.

Table of Contents

SAFETY IS YOUR NUMBER ONE RESPONSIBILITY! IV

CHAPTER 1 – INTRODUCTION 1

1.1 - PURPOSE 1

1.2 - MANUAL ORGANIZATION 1

1.3 - REPORTING EQUIPMENT-IMPROVEMENT RECOMMENDATIONS 1

CHAPTER 2 – SYSTEM DESCRIPTION 2

2.1 - OMEGA 60/B2 BES DESCRIPTION 2

2.1.1 - OMEGA 60/B2 BES Components and Features

2.1.1.1 - Cartridge Plate 4

2.1.1.2 - Latch 4

2.1.1.3 - Handles 4

2.1.1.4 - C2 Connector 4

2.1.1.5 - Mode Selector Switch 4

2.1.1.6 - ARMED/SAFE Switch 4

2.1.1.7 - ARMED/LED Indicator 4

2.1.1.8 - S1 Connector 4

2.1.1.9 - S2 Connector 4

2.1.1.10 - C3 Connector 4

2.1.2 - Safety Features

2.1.3 - OMEGA 60/B2 BES Architecture

2.1.4 - Targetry/Omega 60/B2 Power Options

2.1.4.1 - Figures Showing OMEGA 60/B2 Equipment For FASIT Ranges 7

2.2 - FUNCTIONAL DESCRIPTION 14

2.2.1 - Firing Scenario

2.2.2 - Six Position Mode Selector Switch

CHAPTER 3 – INSTALLATION INSTRUCTIONS 15

3.1 - PREPARATION FOR MOUNTING 15

3.1.1 OMEGA 60/B2 BES Footprint and Mounting Dimensions

3.1.2 - Mounting the OMEGA 60/B2 BES

3.2 - MOUNTING OMEGA 60/B2 BES ON MAT 17

3.2.1 - MAT Requirements

3.2.2 - Vertical Mounting of the OMEGA 60/B2 BES on a Caswell DP62 MAT (for illustrative purposes only)

3.3 - OMEGA 60/B2 BES CABLING AND CONNECTIVITY 18

3.3.1 - FASIT Pigtail Connector Cable

CHAPTER 4 – OPERATIONAL INSTRUCTIONS 20

4.1 - LOADING/UNLOADING THE OMEGA 60/B2 BES 20

4.1.1 - Pre-Operational Procedures

4.1.2 - ARMED/SAFE Switch

4.1.3 – Loading, Unloading Cartridges, and Arming the OMEGA 60/B2 BES

4.1.4 - Cartridge Types

4.1.5 - Common Loading Sequences

4.1.6 - Built-In Tests (BIT) and System Initialization

4.1.7 - Built-In Tests (BIT) and System Initialization (Continued)

4.1.8 - Resetting the Firing Sequence

4.1.9 - Added Safety Precautions

4.2 - POST-OPERATIONAL PROCEDURES 29

4.2.1 - Post-Firing Procedures

4.2.2 - Explosive Ordnance Disposal (EOD) Procedures vii viii

4.2.2.1 - Basic Troubleshooting in the Field 30

CHAPTER 5 – OPERATOR MAINTENANCE INSTRUCTIONS 31

5.1 - GENERAL MAINTENANCE 31

5.2 - SPECIAL TOOLS 31

CHAPTER 6 – ETHERNET PROTOCOL 32

6.1 - LAUNCHER COMMAND FEATURES 34

6.2 - UTC PROTOCOL RESPONSIBILITIES 34

6.2.1 - Receiving A Corrupted Message

APPENDIX A – CARTRIDGE DETAIL 35

APPENDIX B – M34 (LA 54) HOSTILE FIRE MSDS 36

APPENDIX C – M35 TARGET HIT MSDS 38

APPENDIX D- ACRONYM GLOSSARY 40

LIST OF FIGURES

Figure 2.0 - OMEGA 60/B2 Battlefield Effects Simulator (BES) Figure 2.1 - M34 Hostile Fire Cartridge and M35 Target Hit, White Star Cartridge Figure 2.2 - OMEGA 60/B2 BES Controls and Indicators Figure 2.3 - OMEGA 60/B2 BES – Force on Target (FOT) Kit Figure 2.4 - Optional MAT Mounting Bracket Figure 2.5 - Bolt Set for Mounting MAT Caswell Mounting Bracket Figure 2.6 - Bolt Set for Mounting SAT Mounting Bracket to Target Pit Wood Retaining Wall Figure 2.7 - Wall Mount for Stationary Armored Target (SAT) Figure 2.8 - Pad Mount on SAT Figure 2.9 - Clevis Pin Bolt Set for mounting BES to MAT or SAT Brackets Figure 2.10 - Clevis Pin Bolt Set for Mounting BES Launcher to a SAT Bracket Figure 2.11 - Debris Removal Brush Figure 3.0 - OMEGA 60/B2 BES Foot Print Dimensions Figure 3.1 - Stationary Armored Target Mounting Bracket Figure 3.2 A & B - Caswell Mounting Bracket for MAT Figure 3.3 - FASIT Pigtail Connector Cable Figure 3.4 – FASIT Pigtail CAT and Communication Ethernet Cable Connectors Figure 3.5 – FASIT Pigtail Cable Connector fits into the S2 Connector on the BES Figure 4.0 - M34 Hostile Fire and M35 Target Hit, White Star Cartridges Figure 4.1 - Chamber Positions of the OMEGA 60/B2 BES Figure 4.2 - Current Loading Configuration for Mode 0 Figure 4.3 - Potential Loading Configuration for Mode 0 Figure 4.4 - OMEGA 60/B2 BES with Expended Cartridges

LIST OF TABLES

Table 2.0 - Omega 60/B2 BES Equipment Provided for FASIT Ranges Table 2.1 - Special Tools Kit Supplied with FOT Set Table 2.2 - BES System’s Physical, Operational, Electrical and Environmental Characteristics Table 2.3 - Firing Mode Sequences Table 4.0 – Cartridge Characteristics Table 4.1 – ARMED/SAFE LED BIT Description Table 5.0 - Ethernet Protocol – Firmware Interface Chart

CHAPTER 1 – Introduction

1.1 - Purpose

This manual covers OMEGA 60/B2 Battlefield Effects Simulator (BES) for operational use on Future Army Systems Integrated Targetry (FASIT) ranges. It describes the operating procedures for range personnel.

The FASIT Operator’s Manual, TM 17-6920-720-10 describes the components of the OMEGA 60/B2 BES Force on Target Set, its ancillary components, cartridges, set-up and operation, and safety warnings. The FASIT Maintenance Manual, TM 17-6920-720-14&P is applicable only to maintenance personnel, and describes the special tools, launcher disassembly and reassembly, parts lists, troubleshooting, maintenance and repair of the OMEGA 60/B2 BES System.

1.2 - Manual Organization

Operation - OMEGA 60/B2 BES in FASIT

Chapter 1: Introduction Chapter 2: System Description Chapter 3: Installation Instructions Chapter 4: Operational Instructions Chapter 5: Operator Maintenance Instructions Chapter 6: Ethernet Protocol

Know all WARNINGS, CAUTIONS, and NOTES. These can appear in any Section or task. They help avoid injury and damage to equipment as well as provide instruction. Start with the first step and do every step in sequence. Review illustrations that show equipment and parts.

An operator of the OMEGA 60/B2 BES System must be trained by an authorized trainer and know the material contained in this FASIT Operator’s Manual, TM 17-6920-720-10.

The maintenance personnel for the OMEGA 60/B2 BES System must be trained by an authorized trainer and know the information contained in this FASIT Operator’s Manual, TM 17-6920-720-10 and the information contained in the FASIT Maintenance Manual, TM 17-6920-720-14&P.

1.3 - Reporting Equipment-Improvement Recommendations

Reports of errors, omissions, and recommendations for improving this document are encouraged. Reports shall be submitted on a DA Form 2028 (Recommended Changes to DA Publications and Blank Forms).

This form can be downloaded in PDF format electronically online at: http://www.apd.army.mil/pub/eforms/pdf/a2028.pdf

This form should be sent to:

Program Executive Office, Simulation, Training, and Instrumentation (PEO STRI) BES program

PEO SFAE-STRI-PS-Q

12350 Research Parkway Orlando, Fl 32826-3276 http://www.apd.army.mil/pub/eforms/pdf/a2028.pdf

Chapter 2 – System Description

2.1 - Omega 60/B2 BES Description

The OMEGA 60/B2 BES System (Figure 2.0) is a training device which ignites pyrotechnic cartridges (Figure 2.1) on command.

When used with the M34 Hostile Fire (NSN: 1370-01-534-9191, DODIC: LA54) cartridge (Figure 2.1), it produces a flash/bang and smoke signature which simulates hostile weapon fire.

When used with the M35 Target Hit, White Star (NSN: 1370-01-534-7733, DODIC: LA53) cartridge (Figure 2.1), it produces the flash/bang/stars, simulating the impact of a round on a target.

See Table 2.0 for a complete list of items supplied in the OMEGA 60/B2 BES FOT (Force on Target) set 1 for FASIT operation.

Figure 2.0 - OMEGA 60/B2 Battlefield Effects Simulator (BES)

Figure 2.1 - M34 Hostile Fire Cartridge and M35 Target Hit, White Star Cartridge

23 14

2 11

LATCH

CARTRIDGE

PLATE

22 31

5 32 41 6 42 33 51

16 43 52 8 17 53 44

9 18 27 54 45 19 10 28 37 55 46

20 29 38 47 56 30 48 39 57

40 58 49 HANDLE 59 50

Figure 2.2 - OMEGA 60/B2 BES Controls and Indicators

2.1.1 - OMEGA 60/B2 BES Components and Features

The OMEGA 60/B2 BES Launcher is composed of two major subassemblies, the Chamber Assembly (O60.003914) and the Base Assembly (O60.003104.01). The key launcher components and features, including switches, controls and connectors, are as follows:

2.1.1.1 - Cartridge Plate

The Cartridge Plate secures the Cartridges after loading.

2.1.1.2 - Latch

The latches secure the Cartridge Plate onto the Launcher.

2.1.1.3 - Handles

The handles allow for a two-person lift and transport of the launcher. Operators and maintainers may use the handles to discharge static electricity by touching them before loading and unloading cartridges.

2.1.1.4 - C2 Connector

Power is provided to the unit via the C2 Connector.

2.1.1.5 - Mode Selector Switch

The Mode Selector Switch enables the selection of programmed firing Modes, which are in the OMEGA 60/B2 BES memory. The mode selection switch for FASIT is mode 0. See Section 2.2.2 in this manual.

2.1.1.6 - ARMED/SAFE Switch

The ARMED position powers on the launcher and the SAFE position powers down the launcher.

2.1.1.7 - ARMED/LED Indicator

The ARMED/LED provides the operator or maintainer a visual cue as to whether the system is ARMED (RED) or SAFE (GREEN). Also, this shows if the unit is undergoing the Built-In-Test (BIT) sequence, if the power is on, if the unit is in process of arming, and if the unit has failed the BIT.

2.1.1.8 - S1 Connector

The S1 Connector is used on Enhanced Remote Targetry System (ERETS) ranges only. See separate ERETS Technical Manual for description of use.

2.1.1.9 - S2 Connector

A cable connected to the S2 Connector provides the digital interface for system commands and status responses to communicate to and from the FASIT launcher.

2.1.1.10 - C3 Connector

The C3 Connector is not currently used - for future expansion only. Even though the C3 connector is not used externally it is used internally in wiring as a grounding source for the Ethernet card.

2.1.2 - Safety Features

Safety features are built into the launcher’s electronic controls. These include a 60-second, ± 10 second safety lockout after the launcher ARMED/SAFE switch is placed in the ARMED position. For added safety during loading and unloading, a Cartridge Plate Interlock Switch prevents firing when the Cartridge Plate is removed. Whenever power is removed, or disrupted, there will be a 60 second, ± 10 second safety lockout when power is restored. There will be a 60 second, ± 10 safety lockout when the mode select switch is moved. If either the mode select or the LED fails the launcher will not ARM.

WARNING: The Cartridge Plate should be removed only when the launcher is in the SAFE (off) position and only during loading and unloading of cartridges.

NOTE: During maintenance operations, if the Cartridge Plate is removed (only with test lights or unloaded state) and the LED is not alternating green to red, the Cartridge Plate Interlock Switch is defective (shorted in the closed position). If this happens, the defective Cartridge Plate Interlock Switch should be removed and replaced. The operator should only remove plate for loading or unloading live or expended cartridges with the Omega 60 B/2 in the off position.

2.1.3 - OMEGA 60/B2 BES Architecture

This configuration offers access to 6 firing modes, using the Mode Selector Switch. Mode 0 is used for FASIT application.

Modes 1 – 5 are used for ERETS application only. Modes 6 – 9 are locked out, and provide for future expanded launcher capability.

2.1.4 - Targetry/Omega 60/B2 Power Options

Power is provided from the target pit to the C2 connector on the OMEGA 60/B2 BES system. Primary Power will be provided via a 120-VAC plug connection to the power module. An additional 4-foot cable is connected between the 12- VDC side of the power module to the OMEGA 60/B2 BES connector.

An alternate setup is to use the 12-VDC auxiliary power cable to connect between the OMEGA 60/B2 BES C2 connector and a 12-VDC battery. In either case, always shut off the power or disconnect the power source at a distance from the OMEGA 60/B2 BES before approaching.

The SAT Pit configuration will have a National Electrical Manufacturers Association (NEMA) enclosure that houses an Ethernet hub where one of these ports will be connected with a 25 foot VP Communication Ethernet cable via the pigtail to the FASIT S2 connector for message communication.

Specific features of the targetry are further explained in Section 3.2 of this manual.

NOTE: The term router or Ethernet hub, switch and ports are used interchangeably. These terms only imply an Ethernet connection point to communicate FASIT message protocol to and from the Omega 60 B/2 and the Universal Target Controller (UTC) located at the Range Operating Center (ROC).

Table 2.0 - Omega 60/B2 BES Equipment Provided for FASIT Ranges

(Reference Figures 2.3, 2.4, 2.5, 2.6, and 2.7)

EQUIPMENT for the FOT Kit PART NUMBER DESCRIPTION

OMEGA 60/B2 BES Launcher O60.003000.01 60-chamber capacity for firing Hostile Fire and Target Hit cartridges.

Cover, Environmental O60.003031 Canvas cover protects launcher from the elements.

Power Module O60.003513 Converts 120 volts of alternating current (VAC) to 12 volts of direct current (VDC).

4-foot vermin-proof (VP) Power Cable O60.003505 Connects to BES from the Power Module, supplying 12 VDC.

15-foot VAC Power Cable O60.003507 Connects to Power Module from 120-VAC source.

15-foot 12-VDC Auxiliary Cable O60.003508 Provides optional power by connecting to BES from 12-volt battery source.

FASIT Pigtail Connector Cable O60.003906 Provides Ethernet connection between the OMEGA 60/B2 S2 connector and the FASIT communication cable.

8 foot cable for FASIT communication (Figure 2.3 Note*) CAB.000016

Provides Ethernet communication between the pigtail and the Ethernet hub for MAT applications.

10 foot cable for FASIT communication (Figure 2.3 Note*) CAB.000020

Provides Ethernet communication between the pigtail and the Ethernet hub for MAT applications. Used with the DP-63 MAT

25-foot cable, for FASIT Communication (Figure 2.3 Note*) CAB.000009

Provides Ethernet communication between the pigtail and the Ethernet hub for SAT applications.

Wall Mount Bracket O60.003026 Steel bracket bolted to a stationary retaining wall in an SAT to mount the launcher.

MAT Bracket (Note 1) O60.003027 Steel bracket bolted to MAT to mount launcher.

Mounting Bracket Bolt Set) O60.003072 Used to secure SAT/MAT mounting brackets.

Pad Mount OMEGA 60 O60.003043 Placed between bracket and launcher to absorb shock.

Note 1: There is an optional MAT bracket O60.003933 to mount the Omega 60/B2 horizontal see Figure 2.4

2.1.4.1 - Figures Showing OMEGA 60/B2 Equipment For FASIT Ranges

See Figure 2.3 for OMEGA 60/B2 BES – Force on Target (FOT) Set See Figure 2.4 for Optional MAT Mounting Bracket See Figure 2.5 for mounting MAT Caswell Mounting Bracket See Figure 2.6 for Bolt Set for mounting SAT Mounting Bracket to Target Pit Retaining Wall See Figure 2.7 for Wall Mount for Stationary Armored Target (SAT) See Figure 2.8 for Pad Mount on SAT See Figure 2.9 for Clevis Pin Bolt Set for mounting BES to MAT or SAT Brackets See Figure 2.10 for Clevis Pin Bolt Set for mounting BES Launcher to a SAT Bracket

Omega 60/B2 BES Launcher 15 Ft. 12 VDC Auxiliary Power Cable

Pigtail Connector

Power Module

15 Ft. VP AC Power Cable 4 Ft. VP Power Cable Environmental Cover

Figure 2.3 - OMEGA 60/B2 BES – Force on Target (FOT) Kit

Note* (25’ SAT and 8’ or 10’ MAT communication cables are not shown)

Figure 2.4 - Optional MAT Mounting Bracket

Figure 2.5 - Bolt Set for Mounting MAT Caswell Mounting Bracket

Figure 2.6 - Bolt Set for Mounting SAT Mounting Bracket to Target Pit Wood Retaining Wall

(NOTE: Concrete Anchors used for mounting SAT Brackets to concrete retaining walls are not shown.)

Figure 2.7 - Wall Mount for Stationary Armored Target (SAT)

(Shown mounted to simulated revetment wall.)

Figure 2.8 - Pad Mount on SAT

NOTE: Pad Mount is also used on MAT Mounting Bracket

Figure 2.9 - Clevis Pin Bolt Set for mounting BES to MAT or SAT Brackets

Figure 2.10 - Clevis Pin Bolt Set for Mounting BES Launcher to a SAT Bracket

Table 2.1 - Special Tools Kit Supplied with FOT Set

Special Tools Kit: Part Number (P/N) O60.003084

Provides special tools used for cleaning and maintenance.

Debris Removal Brush P/N O36.000350 Removes foreign debris from BES.

NOTE: Special Tools Kit (P/N O60.003084) has additional tools that are used exclusively for maintenance. The Debris Removal Brush (P/N O36.000350) is the only item within the Special Tool Kit used by both operators and maintenance personnel.

Figure 2.11 - Debris Removal Brush

Table 2.2 - BES System’s Physical, Operational, Electrical and Environmental Characteristics

PHYSICAL AND OPERATIONAL CHARACTERISTICS

OMEGA 60/B2 BES

Dimensions:

13.29" W (including the fins) x 25.66" L (including the handles) x 9.0" H

Cartridge Types: M34 (DODIC LA54) Hostile Fire; M35 (DODIC LA53) Target Hit

Capacity: 60 Firing Chambers

Input Cable Assemblies: FASIT Pigtail Cable (P/N O60.003906) connects to S2 connector via a shielded Ethernet cabling to the Ethernet switch and/or hub.

Weight: 75 lbs. maximum – Two-person Lift

Rate of Fire: Minimum of one second between shots. When firing 10 consecutive Hostile Fire cartridges at one-second intervals, a one-minute cool-down period is recommended before resuming fire.

Sound Level: 130 dB ± 10 maximum at 20 meters for Hostile Fire cartridges.

125 dB ± 15 maximum at 20 meters for Target Hit cartridges.

INPUT CABLE CHARACTERISTICS

Input Cable Assemblies: Ethernet Connectivity: FASIT Pigtail Cable (P/N O60.003906) connects to S2 connector via a shielded Ethernet cabling to the Ethernet switch and/or hub. Power Connectivity:

15-foot, 12-VDC, auxiliary power cable or 15-foot, VP (vermin-proof), AC power cable;

power converter module; and 4-foot VP power cable.

Table 2.2 - BES System’s Physical, Operational, Electrical and Environmental Characteristics (Continued)

ENVIRONMENTAL CHARACTERISTICS

Operating Temperature: -29°C to 49°C (-20°F to 120°F)

Relative Humidity: 5 to 95 percent

Low Pressure Limit: 16.9 Hg (15,000 ft. altitude) NOTE: These parameters have not been validated by the government; this is a TDSI-furnished parameter.

Watertight: The OMEGA 60/B2 BES is designed to withstand operating environments such as humidity, rain, and flash flooding on the base/body of the launcher.

Storage Temperature cartridges:

-65° to +165° Fahrenheit

Storage Temperature Launcher:

-65° to +135° Fahrenheit

Cartridge and Launcher Operating Temperature: -20° to +120° Fahrenheit

ELECTRICAL CHARACTERISTICS

Power Requirements: +11 to +16 VDC, The Omega 60 has a current load draw of the following:

• The operational (Non-Firing Mode) has a maximum current draw of 0.5 A with an average current draw of less than 0.25 A.

• The operational (Firing Mode) has a maximum current draw of 2.5 A @ 16VDC and 1.5 A @ 12VDC.

NOTE: For load calculations recommend using 12 V at 1.5 AMPS when firing as worse case load if the power supply is consistently producing approximately 12V to power the launcher. Also take into consideration that firing is only a fraction of the time compared to idle time when the launcher is only drawing on average 250 milliamps when the launcher is in the idle state.

Digital Trigger: FASIT – software fire commands (Set Fire and Fire) – See Section 6.0 in later in this manual.

Analog Trigger: Not applicable for FASIT operation.

Minimum Trigger Voltage:

Not applicable for FASIT operation, used only when launcher is in ERETS operation.

Described in ERETS manual.

Maximum Trigger Voltage:

Not applicable for FASIT operation, used only when launcher is in ERETS operation.

Described in ERETS manual.

NOTE: See Section 6.0 for Ethernet protocol and firmware message set definitions for FASIT Pyrotechnic devices.

2.2 - Functional Description

The OMEGA 60/B2 BES is capable of six different firing modes, though only Mode 0 is used for FASIT application. (Mode Selector Switch positions 1 through 5 are for ERETS use only, as described in a separate ERETS Technical Manual.) In Mode 0, the firing positions are internally divided into four zones:

Zone Cartridge Positions 1 1 – 20 2 21 – 40 3 41 – 50 4 51 – 60

This chapter provides the operator with a description of the firing zones, diagrams showing the individual firing chambers and their load maps, and an explanation of the firing procedure. Also provided are images of available cartridges and, based on zones, suggested loading sequences.

2.2.1 - Firing Scenario

The OMEGA 60/B2 BES is pre-programmed with the modes listed in Table 2.3. The desired firing mode is selected by indexing the Mode Selector Switch located on the launcher’s front control panel. Each time the Mode Selector Switch is indexed, the firing sequence resets to chamber 1 within each zone of the selected mode. After indexing to a new mode and pausing for five-second delay, a Built-In-Test (BIT) occurs. (See Section 4.1.7). This is indicated by the LED blinking from red to green four times. Immediately following the BIT, the LED remains illuminated green for a 60-second (±10 second) safety delay before the ARMED LED changes to red, meaning the launcher is ready to fire.

NOTE: Remember, however, that FASIT launchers use Mode 0 only; Modes 1 – 5 are for use on ERETS ranges.

Modes 6-9 are reserved for future use.

Table 2.3 - Firing Mode Sequences

MODE DESCRIPTION OF FIRING SEQUENCE

0 FASIT Mode, which establishes four firing zones, as described in Section 2.2, above.

1 Not applicable to FASIT (ERETS only).

2 Not applicable to FASIT (ERETS only).

3 Not applicable to FASIT (ERETS only).

4 Not applicable to FASIT (ERETS only).

5 Not applicable to FASIT (ERETS only).

6 Reserved for future use.

7 Reserved for future use.

8 Reserved for future use.

9 Reserved for future use.

2.2.2 - Six Position Mode Selector Switch

The OMEGA 60/B2 BES Mode Selector Switch can access six positions (0 - 5), although its Control Panel shows the numbers 0–9, modes 6-9 are reserved for future use. Table 2.3 shows position firing sequences. FASIT uses Mode 0 only.

Chapter 3 – Installation Instructions

3.1 - Preparation For Mounting

The OMEGA 60/B2 BES is easy to install and configure for operation. The following sections discuss launcher preparation for safe and proper use.

3.1.1 OMEGA 60/B2 BES Footprint and Mounting Dimensions

Figure 3.0 shows the OMEGA 60/B2 BES footprint, mounting holes, and dimensions. The Omega 60/B2 BES dimensions are 13.29” Width (including the fins) x 25.66” Length (including the handles) and 9.0” Height. The distance between mounting holes is 22.63 inches center to center, and 5.38 inches center to center.

Figure 3.0 - OMEGA 60/B2 BES Foot Print Dimensions

3.1.2 - Mounting the OMEGA 60/B2 BES

The OMEGA 60/B2 BES should be securely fastened to either a SAT Mounting Bracket (Figure 3.1) or to a MAT Mounting Bracket (Figure 3.2). The types and models of the targetry may vary, but the principle of connecting and interfacing remains the same. The following pictures show targetry and the common means of connecting the OMEGA 60/B2 BES.

WARNING: Due to the heat and flash effect of the Hostile Fire signature, which can scorch the wood revetment wall, range personnel may elect to install sheet metal plate on the wall behind the OMEGA 60/B2 BES.

Figure 3.1 - Stationary Armored Target Mounting Bracket

NOTE: The OMEGA 60/B2 BES can operate on the ground if a retaining wall is not available. It is recommended that the launcher be placed on a wooden pallet or stand to keep it off the ground. It is optimal to have the launcher mounted on an appropriate Mounting Bracket to help protect it. For long term storage for additional protection keep (expended cartridges or empty chambers) launcher covered with environmental cover.

Figure 3.1 shows a typical SAT mounting bracket using lag bolts to secure it to a wood revetment. The launcher is held on the bracket by clevis pins that allow the launcher to be moved for increased flexibility, e.g., to put it at a greater distance from the Electronic Control Unit (ECU).

The launcher and mounting bracket may also be mounted to a concrete wall using a concrete anchor bolt set. The FASIT pigtail is shown with the RJ45 Amphenol Ethernet male cable connected, and with the other end connected to the female RJ-45 Amphenol RJF2PE1G Field data connector. Further explanation is given in Section 3.3.1.

3.2 - Mounting Omega 60/B2 BES on Mat

3.2.1 - MAT Requirements

There must be a mounting bracket or plate on the MAT, and sufficient space to mount the OMEGA 60/B2 BES horizontally.

WARNING: If possible, mount the OMEGA 60/B2 BES the maximum distance from the remote power on/off switch located on the MAT that turns off power to the device. This allows separation for range personnel to power the launcher on and off. Also, position the OMEGA 60/B2 BES so the control panel faces away from the MAT’s high-voltage power bus (if applicable).

3.2.2 - Vertical Mounting of the OMEGA 60/B2 BES on a Caswell DP62 MAT (for illustrative purposes only)

The OMEGA 60/B2 BES is mounted vertically by using the Caswell Moving Armored Target Bracket (P/N O60.003027), which extends the existing DP62 MAT bracket (Figure 3.2A) originally designed for the device. Using this mounting bracket extends the MAT’s footprint. This MAT bracket can only be used on MATs that are powered by a generator; it cannot be used when there is a power bus parallel to the launcher.

On MAT’s with the power bus, it is recommend to use the optional horizontal mounting bracket, (Figure 2.4) This bracket has been designed to allow this on supporting MAT brackets with baselined 9 inch horizontal dimension. Each MAT needs to be surveyed regardless of the model and/or manufacture due to the lack of mounting standardization on the MATS. The preferred orientation of the launcher is horizontal mounting that does not extend the foot print of the MAT shown below in Figure 3.2B.

A: Vertical Mounting B: Horizontal Mounting

Figure 3.2 A & B - Caswell Mounting Bracket for MAT

3.3 - Omega 60/B2 BES Cabling and Connectivity

3.3.1 - FASIT Pigtail Connector Cable

The FASIT Pigtail Connector Cable connects the (CAT) Category 5 Ethernet-type cable, provided by the range, to the S2 Connector on the OMEGA 60/B2 BES. The cable required for communication between the emplacement data receptacle and the OMEGA 60/B2 BES is category 6 (CAT 6), 24 American wire gauge (AWG) stranded, braided-shield, ultraviolet (UV)-resistant cable.

This cable is wired in accordance with ANSI/TIA/EIA-568B standard. See Figures 1.20, 1.21, and 1.22. In conjunction with the pigtail a vermin proof shielded Ethernet RJ45 Amphenol male - male connector will be attached between the Ethernet female side of the pigtail connector shown in Figure 3.4 and the Ethernet switch or hub to provide a link for message communication to and from the UTC located in the ROC.

The Omega 60 B/2 was primarily procured and Material Released (MR) by the Army to support FOT applications to support combat vehicle gunnery training. However the Omega 60 B/2 can be used in the FASIT mode on any pit configuration as long as there is Ethernet communication link to allow the message protocol to and from the UTC.

Figure 3.3 - FASIT Pigtail Connector Cable (Provides Ethernet connection from the OMEGA S2 connector and router)

(Left side connects to CAT Ethernet-type cable, provided by range.)

(Right side connects to S2 Connector on OMEGA 60/B2 BES.)

A B

Figure 3.4 – FASIT Pigtail CAT and Communication Ethernet Cable Connectors

(Figure 3.4 Displays the mating connectors for the FASIT Pigtail Cable (A) to either the FASIT 25 ft, 10ft, or 8 ft Communication Ethernet cable (B) which connects to the Ethernet port at the SAT/MAT.)

Figure 3.5 – FASIT Pigtail Cable Connector fits into the S2 Connector on the BES.

(Cap not pictured.)

Chapter 4 – Operational Instructions

4.1 - Loading/Unloading the Omega 60/B2 BES

• Personnel not directly involved in loading/unloading of the omega 60/B2 BES must remain 10.3 meters (34 feet) from the launcher during loading/unloading.

• Personnel loading/unloading the device must be trained and certified by satisfactory completion of the omega 60/B2 BES training course, and adhere to the local range’s standard operating procedures and installation safety rules and regulations.

• TDSI recommends that personnel wear OSHA-approved, full-face shield, nomex gloves, and hearing protection.

4.1.1 - Pre-Operational Procedures

Before loading M34 (NSN: 1370-01-534-9191, DODIC: LA54) and M35 (NSN: 1370-01-534-7733, DODIC: LA53) cartridges, ensure that the OMEGA 60/B2 BES has been properly installed and serviced, and is free of visual damage and other conditions that indicate a need for maintenance.

4.1.2 - ARMED/SAFE Switch

When approaching the OMEGA 60/B2 BES, make sure first of all that the front control panel’s ARMED/SAFE switch is in the SAFE position.

• When the firing signal is controlled from a remote location (i.e., control tower or remote hand-held radio), ensure that all means of communicating with the omega 60/B2 BES are off before approaching the launcher.

• In addition, verify that the omega 60/B2 BES is turned off by checking from a distance that the armed led is not illuminated.

• The armed/safe switch on the launcher should be in the safe position before setting it up, loading it, unloading it, reconfiguring the cabling, or undertaking any other procedure.

4.1.3 – Loading, Unloading Cartridges, and Arming the OMEGA 60/B2 BES

• Disconnect any remote power source from the OMEGA 60/B2 BES.

• When approaching the OMEGA 60/B2 BES, make sure the front control panel’s ARMED/SAFE switch is in the

SAFE position.

NOTE: See Resetting the Firing Sequence (Section 4.1.8) prior to loading the OMEGA 60/B2 BES.

• Touch either handle of the launcher to discharge static electricity.

• Unlatch and remove the Cartridge Plate

• Unload spent, and misfired cartridges (see section 4.2.1 4.2.2 for unloading procedures)

• Remove the M34 (NSN: 1370-01-534-9191, DODIC: LA54) and/or M35 (NSN: 1370-01-534-9191, DODIC:

LA53) Cartridges from their shipping or storage container. Visually inspect the cartridges for any sign of damage.

NOTE: If cartridges are damaged, follow EOD procedures, as detailed in Section 4.2.2.

• If the cartridges and launcher have no visual damage, install the cartridges in the desired configuration. Load by starting from the cartridge chamber furthest from you and moving toward the chamber closest. Do not lean over the launcher when loading.

• Replace the Cartridge Plate and fasten both latches.

• Reconnect the power source to the OMEGA 60/B2 BES.

• Index the Mode Selector Switch to Mode 0.

• Switch the ARMED/SAFE Switch to the ARMED position, watch for the LED Built-In-Tests (BIT) (see Section

4.1.4), and immediately step a minimum of 34 feet away from the device.

• Immediately following the BIT, the OMEGA 60/B2 BES will cycle through a 60-second (±10 second) safety delay lockout. During this lock-out, the launcher will not fire if the fire message protocol is received. If a fire command is sent, the launcher will not store the signal (i.e., it will not fire after the safety delay expires). After this 60-second safety lock-out, the LED will change from green to red and stay illuminated red, indicating that the OMEGA 60/B2 BES is in armed status.

WARNING: If the OMEGA 60/B2 BES receives a SET FIRE command while it is arming, or when in a failed BIT status (a non-operational state), it will respond with a COMMAND ACK message of NON-COMPLY in the appropriate field. The UTC should not send a FIRE command message when a SET FIRE, NON-COMPLY response is received at the UTC. If Omega 60 is receiving fire commands during arming or when in BIT please report this violation of the safety protocol to the Range Manger and appropriate authorities See Chapter 6.0 for further information on Ethernet message protocol.

WARNING: It is standard protocol never to send a fire signal to the launcher until the launcher is armed and all personnel are beyond the surface danger zone (SDZ).

WARNING: It is standard protocol always to approach the BES launcher with the target in the down position.

4.1.4 - Cartridge Types

The OMEGA 60/B2 BES fires assorted cartridges for various battlefield effect signatures. Only the M34 (DODIC LA54) Hostile Fire and M35 (DODIC LA53) Target Hit, White Star cartridges are available for use in the U.S. Army (see Figure 4.0). The icon printed on the top of the cartridge shows its use.

M34 (DODIC LA54) Hostile Fire (Orange Icon). The M34 (DODIC LA54) Hostile Fire Cartridge simulates large-caliber hostile gunfire. It emits an orange flash and white smoke, and is visible at 1800 meters. Infrared visibility is 3000 meters, with 130 ± 10 dB maximum sound levels at 20 meters.

M35 (DODIC LA53) Target Hit, White Star (Silver Icon). The M35 (DODIC LA53) Target Hit Cartridge simulates a target hit. It projects 8 to 12 white burning stars into the air, also visible at 1800 meters. Infrared visibility is 3000 meters, with 125 ± 15 dB maximum sound levels at 20 meters.

Table 4.0 – Cartridge Characteristics

CARTRIDGE CHARACTERISTICS

Cartridge Types: M34 Hostile Fire (DODIC LA54); M35 Target Hit (DODIC LA53).

Sound Level: 130 dB ± 10 maximum at 20 meters for Hostile Fire cartridge.

125 dB ± 15 maximum at 20 meters for Target Hit cartridge.

Pyrotechnics Signature:

Target Hit, White Star (M35

DODIC LA53)

8-12 white stars projected up to 10 meters in the air. The signature simulates a hit on target by an incoming round. The burn time of the stars lasts for a minimum of 2 seconds.

Hostile fire (M34 DODIC LA54) Combination of residual flash and smoke. The follow-on cloud duration for

Hostile Fire is highly dependent on the prevailing atmospheric conditions, under minimal wind conditions, the duration shall be at least five seconds.

Day/Night Visibility in the Visible Spectrum

Hostile Fire M34 (DODIC LA54), Target Hit M35 (DODIC LA53) – 1800 Meters.

Note: Weather conditions and smoke can suppress visibility distances.

Day/Night Visibility in the Infrared Spectrum

Hostile Fire M34 (DODIC LA54), Target Hit M35 (DODIC LA53) – 3000 Meters.

NOTE: Weather conditions and smoke can suppress visibility distances.

M34 Hostile Fire Cartridge P/N C.000549.01

DODIC LA54

NSN: 1370-01-534-9191

M35 Target Hit, White Star Cartridge P/N C.000640.01

DODIC LA53

NSN: 1370-01-534-733

Figure 4.0 - M34 Hostile Fire and M35 Target Hit, White Star Cartridges

4.1.5 - Common Loading Sequences

The following illustration (Figure 4.1) shows the OMEGA 60/B2 BES and its 60 chamber positions. Chambers are numbered and can be viewed when the Cartridge Plate is removed.

Chamber Position Number

DANGER

FLASH AND PRESSURE

BLAST

41 14

49 40

47 38

Figure 4.1 - Chamber Positions of the OMEGA 60/B2 BES

Figure 4.2 shows the launcher-loading configuration applicable to Mode 0 and its specific zones. The illustration shows specific types of cartridges loaded in each zone to help identify the zone; however, any type of cartridge may be loaded into any chamber.

Figure 4.2 - Current Loading Configuration for Mode 0

Figure 4.3 - Potential Loading Configuration for Mode 0

NOTE: The potential loading configuration in Figure 4.3 illustrates a future expansion for black smoke cartridge use. The black smoke cartridges shown in zones 3 and 4 have not yet been approved for U.S. Army use.

4.1.6 - Built-In Tests (BIT) and System Initialization

Each time the OMEGA 60/B2 BES is ARMED (turned ON), a combination of Built-In-Test (BIT) and system initialization checks (System Checks) are performed to detect any hardware or configuration faults. The OMEGA 60/B2 BES system has a BIT cycle that it executes automatically on powering up.

The following is the sequence of tests the system cycles through and scenarios that occur. When BIT has started, the sequence of the LED indicator (located on the launcher’s control panel) is the following:

• Four sets of flashes - (green for a half-second, then red for a half-second, green, red, green, red, green, and red)

– all for a half-second each. The half-second flashes do not represent the actual, real time of a test, since the tests occur in a fraction of a second after power-on. The LED flashes only provide a visual cue for the operator to tell whether the tests occurred, what they are, and if the system passed.

• If any of the four BIT checks fail, the visual cues will halt and the LED will flash from red to green in one-second intervals until the fault is corrected and the launcher is re-armed. When the launcher is re-armed, the unit will again initiate the BIT. If the BIT is successful, the ARMED LED will illuminate green for a 60-second safety delay and then turn red and remain red, which is a visual indicator that the launcher is armed and ready for use.

A combination of BIT fault tests and system checks are performed as follows:

A BIT is automatically executed when the system is initially powered on.

• This is the first step of the 60-second safety lockout, during which the firing circuit is disengaged.

Four tests are executed with green and red LED flashes, as described below.

• First two flashes: When the OMEGA 60/B2 BES is powered up (by switching the ARMED/SAFE switch to ARMED) the first test resets the ADC (Analog-to-Digital Converter), loads firing parameters from the EEPROM (Electrically Erasable-Programmable Read-Only Memory), and performs validity checks on each parameter. If no parameter errors are detected, the LED flashes green, then red.

• Second two flashes: This next test verifies that the cover cartridge plate is installed properly on the launcher. If the plate is seated on the launcher, the LED emits the second pair of green and red flashes. (NOTE: This does not necessarily mean the plate latches are fastened; but only verifies the plate is seated on the launcher.) If the plate passes the BIT test, the next BIT test occurs (below). If the BIT fails, the LED goes from an initial half-second green and red flash to one-second green and red alternating flashes.

• Third two flashes: The next test checks the ARMED LED operation. If the ARMED LED light is operable (drawing current), the unit will flash green and red at half-second intervals and proceed to the next test. If the LED is inoperable (not working), the BIT test will be halted, though there may be no visual cues.

WARNING: When live or expended cartridges are in the launcher’s chamber, standard protocol demands that the launcher be in the SAFE/OFF position before the Cartridge Plate can be removed.

NOTE: During maintenance procedures, using test cartridges, if the plate is removed and the LED is NOT alternating from green to red, the interlock switch is defective (shorted in the closed position) and the launcher, detecting that the plate has been removed, will bypass the BIT test and go to ARMED status.

WARNING: If it is determined that the launcher has power, and the LED is not illuminated, pull the launcher off-line immediately for maintenance. If the LED is not working, the launcher may still be powered on but there may be no visual cue for the operator. LED BIT test will fail and the firing circuit will be disengaged.

1.7 - Built-In Tests (BIT) and System Initialization (Continued) ly and does not arm to red, immediately power off the uncher and remove for maintenance.

r, and requires immediate aintenance action. A solid green light that does not change to red indicates launcher malfunction. This is a visual cue

D ARMED State is an ARMED launcher.

pproach with caution and remove power from a remote location at a distance from the launcher.

e

After the safety delay has expired, e LED turns red, and the OMEGA 60/B2 BES is ready to fire.

firmware flag is set when all cartridges have been fired in all zones and the system is no longer armed. This is an g the launcher ill clear the internal flag and reset the chamber positions of all zones to the first firing position.

firmware flag is set when a cartridge-firing event is prematurely terminated because of an over-current error. This is an ational r-lete list of fields and

4.

IMPORTANT – WARNING! : If the normal green (during safety lockout) and red when ARMED color sequences are not observed on power-up, or the launcher stays on green indefinite la

A solid green light after the 60-second safety delay denotes a malfunction of the launche m only. The light not changing color bypassed BIT due to the light being operational (drawing current). BIT only detects inoperable light.

WARNING: ONCE AGAIN!: A steady green light that does not change to the RE A

• Fourth two flashes: The next BIT test checks the Mode Selector Switch to determine if it has been moved sinc the last power-down, If the switch has not been changed since power-up, the LED will flash green and red at half-second intervals.

The ARMED LED then turns green for the remainder of the 60-second safety delay.

th

A internal flag that will keep the launcher’s LED flashing from green to red at one-second intervals. Resettin w

A internal flag that affects only the firing chamber that registered the over-current condition. The launcher is still oper and simply proceeds to the next chamber. This is transparent to the user, and designed to protect the launcher from ove current conditions. The launcher still fires, but the over-current internal flag is set. The flag clears when the launcher is reset.

The above description of the BIT and system checks provides an understanding of what diagnostics are undertaken on the launcher to facilitate operational use, enhance safety, and perform maintenance.

NOTE: The OEM fault fields are an internal firmware message that is embedded in the launcher message number 2006, Device status.