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Curtiss-Wright DTS1+ CSfC User Manual

1-slot data transport system
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DTS1+ CSfC
1-Slot Data Transport System
(CSfC)
User Guide
Part Number: DDOC0199-000-A9

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Summary of Contents for Curtiss-Wright DTS1+ CSfC

  • Page 1   DTS1+ CSfC 1-Slot Data Transport System (CSfC) User Guide Part Number: DDOC0199-000-A9...
  • Page 2 This Page Intentionally Left Blank...
  • Page 3 CAUTION limiting software encryption configuration to using SSH only. DDOC0199-000 03/21/24 Revised as shown via change bars. 0324-0005 The Curtiss-Wright DTS1+ CSfC User Guide (DDOC0199-000) is made up of the following individual chapters and appendices. Chapter / Appendix Topic Content Revision...
  • Page 4 Solutions. Proprietary This document includes proprietary data of Curtiss-Wright Defense Solutions that shall only be duplicated, used, and disclosed, in whole or in part, with Curtiss-Wright Defense Solutions approval. The user agrees to treat this document in strict accordance with the terms and conditions of the agreement under which it was provided to them.
  • Page 5 Pressing more than one key in sequence. xx,yy Variable in error messages and text. jobfile.dat File names. Denotes the result of an action or procedure.  Hyperlink. Controls on equipment. STOP 1-Slot Data Transport System (CSfC) Front Matter © 2024 Curtiss-Wright Defense Solutions...
  • Page 6 Introduction 1.1 Purpose ..............................1-1 1.2 Scope ................................ 1-1 1.3 Quality ............................... 1-1 1.4 CE Conformity ............................1-2 1.4.1 DTS1+ CSfC ........................... 1-2 1.4.2 RMC ..............................1-2 1.5 Related Information ........................... 1-2 1.6 Technical Support............................1-2 1.7 Ordering Process............................1-3 Migration 2.1 Purpose ..............................
  • Page 7 6.4.2.6 Format / Mount SWE Containers (Individual Partitions) ............6-16 6.4.2.7 Format / Mount SWE Containers (All Partitions) ..............6-16 6.4.2.8 Close SWE Containers (Individual Partitions) ..............6-17 6.4.2.9 Close SWE Container (All Partitions) .................. 6-17 1-Slot Data Transport System (CSfC) Table of Contents © 2024 Curtiss-Wright Defense Solutions...
  • Page 8 8.8.1 IBIT (Initiated BIT) ......................... 8-17 8.8.2 MBIT (Maintenance BIT) ....................... 8-17 8.9 Update Software / Firmware........................8-18 8.9.1 Update Operating System Software ....................8-18 8.9.2 Update Crypto Firmware ....................... 8-19 1-Slot Data Transport System (CSfC) Table of Contents © 2024 Curtiss-Wright Defense Solutions...
  • Page 9 9.1.1 Initialize / Log In ..........................9-1 9.1.2 Key Load / Unload ........................... 9-1 9.1.3 Key Removal / Zeroize ........................9-1 9.1.4 Key Commands ..........................9-1 9.2 DTS1+ CSfC.............................. 9-1 9.2.1 Versions ............................9-2 9.2.2 Configure ............................9-2 9.3 RMC Module.............................. 9-2 9.3.1 RMCCTL Definitions ........................
  • Page 10 B.2 Utility Connector J2 / Utility Lab Cable......................B-2 B.3 Ethernet Connector J3 / Ethernet Lab Cable ....................B-3 B.4 Ground Lug ...............................B-5 Ordering Information C.1 DTS1+ CSfC / RMC Module / Lab Cables ....................C-1 1-Slot Data Transport System (CSfC) viii Table of Contents...

  • Page 11: Table Of Contents

    DTS1+ CSfC Chassis / Components....................3 - 2 Figure 3.3 DTS1+ CSfC Rear Panel and Rear Connectors................3 - 3 Figure 3.4 DTS1+ CSfC Processor Carrier PCB Programming Connector / Write-Enable Switch....3 - 3 Figure 3.5 DTS1+ CSfC With RMC Module...................... 3 - 3 Figure 3.6 Hardware Encryption Layer Account Creation.................
  • Page 12 RMC Module LED Fault Indications ....................10-2 Table 10.3 Encryptor Error Codes......................... 10-2 Table A.1 DTS1+ CSfC / RMC module Calculated Mean Time Between Failures..........A-5 Table B.1 Power Connector J1 Signals ......................... B-1 Table B.2 Power Lab Cable (VS-DTS1PWRCAB-0) ..................... B-1 Table B.3...
  • Page 13 The unit requires the use of a Removable Memory Cartridge (RMC) module. From this point forward, the product will be referred to as the DTS1+ CSfC and the associated cartridge will be referred to as the RMC module.
  • Page 14 User Guide DDOC0199-000-A9 CE Conformity 1.4.1 DTS1+ CSfC Curtiss-Wright has plans in place to certify, in accordance with directives 0214/30/EU, 2011/65/EU, and 2006/1907/EC, the following units: • VS-DTS1+SL-F • VS-DTS1+SL-FD conform to the applicable requirements of EN 55022, EN 55024, EN 50581, and EN 62368-1.
  • Page 15 DTN_support@curtisswright.com • Fax: (937) 252-1465 • World Wide Web address: www.cwcdefense.com Ordering Process To learn more about Curtiss-Wright Defense Solutions' products or to place an order, please use the following contact information. • E-mail: DTN_info@curtisswright.com • World Wide Web address: http://www.cwcdefense.com/...
  • Page 16 NOTE The Pre-Shared Key (PSK) is no longer maintained by Curtiss-Wright, instead, the user must assign their own PSK in a secure environment upon receipt. To ensure the PSK is protected, the user will have to perform a seal operation (via the CLI command cmpsk) to mask the PSK.
  • Page 17 HWFDE will need to be decrypted using the existing / current PSK before it can be migrated for use with a DTS1+ unit. Additional Information For additional information, contact Curtiss-Wright. Refer to paragraph 1.6 Technical Support for contact information. 1-Slot Data Transport System (CSfC)

  • Page 18: Figure 3.1 Dts1+ Csfc

    The Curtiss-Wright DTS1+ CSfC (Figure 3.1) is a rugged Network Attached Storage (NAS) device with solid state storage capacities from 256 GB up to 8 TB. The DTS1+ CSfC provides data storage to assorted network clients via two IEEE 802.3 / 802.3u / 802.3ab Ethernet ports. The DTS1+ CSfC is a ruggedized unit designed to operate on vehicles, in field stations, or in laboratories.

  • Page 19: Figure 3.2 Dts1+ Csfc Chassis / Components

    RS-232 communication protocol (primarily used for configuring the DTS1+ CSfC) as well as a discrete zeroize and reset function. Connector J1 is used to connect the DTS1+ CSfC to 28 VDC (operating voltage). In addition, the DTS1+ CSfC has a removable panel located on the underside of the unit.

  • Page 20: Figure 3.3 Dts1+ Csfc Rear Panel And Rear Connectors

    3.1.2 RMC Module One RMC module (Figure 3.5) is housed in the DTS1+ CSfC. The RMC module is accessed via a sealed door with a quarter-turn latch located on the front panel of the unit. The RMC module within the DTS1+ CSfC is also a rugged compact unit that can be personally transported with minimal precautions to a secure location or deployment.
  • Page 21 The second security layer is software data encryption. Both encryption processes are performed in the DTS1+ CSfC, one in the HW crypto module, the other by the Processor. The hardware encryption key is retained in the DTS1+ CSfC crypto module memory, the software encryption key is stored on the RMC module.
  • Page 22 Refer to paragraph 6.4 Software Layer Encryption for information regarding the actual commands and procedures used to create and log into the software encryption layer 1-Slot Data Transport System (CSfC) 3 - 5 Overview Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 23 Supported packet capture protocol • PCAP • Supported video stream capture protocol • • Client remote boot from DTS1+ CSfC via Preboot eXecution Environment (PXE) 1-Slot Data Transport System (CSfC) 3 - 6 Overview Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 24 • Altitude: sea level to 40,000 feet • Humidity: 0 to 95%, 20 to 55°C • Salt Fog • Sand and dust • Fungus 1-Slot Data Transport System (CSfC) 3 - 7 Overview Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 25 • ACTIVITY (green): on when disk is accessed (not supported on some RMC module configurations) • FAULT (red): DTS1+ CSfC system monitor has detected a fault with the RMC module 1-Slot Data Transport System (CSfC) 3 - 8 Overview Revision 2.0...
  • Page 26 User Guide DDOC0199-000-A9 Controls and Indicators Chassis Indicators The DTS1+ CSfC has four LED status indicators (Figure 4.1) on the bottom of the front panel: • POWER • FAULT • KEY LOADED • DRIVE CAPACITY The brightness of the chassis LEDs can be independently set from 0 to 100% brightness. This accomplished by changing the duty cycle of the power applied to the individual LEDs.
  • Page 27 When this button is pushed and held for a minimum of 5 seconds, all encryption related material within the DTS1+ CSfC will be erased. This includes loaded keys, stored keys, and all previously loaded login/authentication credentials (user names and passwords). After zeroization, the yellow KEY LOADED LED will turn off.
  • Page 28 User Guide DDOC0199-000-A9 RMC Module Controls / Indications The RMC module (located behind the DTS1+ CSfC storage bay door) has its own controls / indicators as shown in Figure 4.4. The function of these controls and indicators is as follows. 4.3.1 STATUS LED (Green / Left) When this green (left) LED is illuminated it indicates that the RMC module is functioning properly.
  • Page 29 RMC module is ready for removal, the STATUS LED will blink one time every five seconds. Removal may also be requested with the CLI command rmcctl. 1-Slot Data Transport System (CSfC) 4 - 4 Controls and Indicators Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...

  • Page 30: Figure 5.1 Dts1+ Csfc Chassis Anti-Tamper Label Locations

    Ethernet Lab Cable Inspection The DTS1+ CSfC is a two-part data storage system that consists of a DTS1+ CSfC chassis and a RMC module. Additional accessories may be included (if ordered). All received items should be inspected for damage. Inspect all units as follows: •...

  • Page 31: Figure 5.3 Dts1+ Csfc Chassis Mounting

    Dzus mount. If installation and removal of the RMC module is desired while the DTS1+ CSfC remains mounted, be sure to allow clearance (Figure 5.4) for the door to open and the RMC module to be positioned in front of the DTS1+ CSfC.
  • Page 32 DDOC0199-0006 To Install / Remove RMC. Figure 5.4 DTS1+ CSfC Required Door Clearance Cables All connections to the DTS1+ CSfC are on the rear panel (Figure 5.5). Be sure the power supply is off when making connections. RS-232 Ethernet Ethernet...
  • Page 33 Utility Lab Cable 5.4.3 Ethernet Cable The Ethernet Lab Cable (VS-DTS1ETHCAB-J3) (Figure 5.8) is used to make network connections to the DTS1+ CSfC. Refer to paragraph B.3 Ethernet Connector J3 / Ethernet Lab Cable for connector pin signal information. Connections •...
  • Page 34 Ground Cable A ground cable is required, but not provided. The ground cable (DTS1+ CSfC Ground Connection) terminal is installed on the DTS1+ CSfC ground stud E1. The provided nut should be torqued to 18 in. lb. to ensure proper connection.
  • Page 35 The software layer password / passphrase can be incorrectly entered four times without issue. On the fifth try if an incorrect password / passphrase is entered, the software layer will no longer accept a password / passphrase. Once this occurs, the DTS1+ CSfC will need to be either rebooted or power-cycled.
  • Page 36 User Guide DDOC0199-000-A9 Check Hardware Layer Status NOTE All values listed below should equal na or 0 for a new DTS1+ CSfC / RMC module. 1. Check login status Command: cmlogin • init =0 not initialized / =1 initialized •...
  • Page 37 (via the CLI command cmpsk) to mask the PSK. Prior to use, the DTS1+ CSfC must be sealed to secure the PSK. During this process, the operator is also recommended to change the PSK. This can be accomplished by one of two methods: cmkey command •...
  • Page 38 --seal [cmpsk] CMPSK: status=OK [!cmpsk] OK 3. Remove and reapply DTS1+ CSfC input power. NOTE When properly sealed, the PSK will be displayed as all f’s 4. Type cmpsk and press E key to verify PSK is sealed.
  • Page 39 5. Login to crypto module. Command: cmlogin -M Generated HMAC string Example Generated HMAC string cmlogin -M cw_dts> [cmlogin] CMLOGIN: action=auth status=ok [!cmlogin] OK 1-Slot Data Transport System (CSfC) 6 - 5 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 40 Using a 3rd-party HMAC SHA384 application, calculate a new MAC using the HMAC SHA384 function for the EDEK using the unwrapped KEK as the key. 2. To access the RMC module, enter the EDEK and MAC. 1-Slot Data Transport System (CSfC) 6 - 6 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 41 6.3.5.3 Status Report NOTE The DTS1+ CSfC has only one RMC module available (s0), s1 and s2 will always be unavailable (=0). The cmkey command without options reports key status. To obtain the key status type cmkey and press E key.
  • Page 42 The cmkey load / unload commands are typically not required. The RMC module stores a key checksum in its memory. When the RMC module is inserted into the DTS1+ CSfC, all stored keys are queried and the matching key is automatically loaded. If the key associated with the RMC module is not stored in the crypto module, an error is reported.
  • Page 43 CSfC to RMC module key association after zeroization or installation of RMC modules from the field into a lab DTS1+ CSfC. In both cases the keys must be stored or restored in the DTS1+ CSfC crypto module. To autoload a key type cmkey --auto –s 0 and press E key.
  • Page 44 Open the SWE container on an RMC module as follows: NOTE After five failed attempts to open the SWE container, the DTS1+ CSfC will reboot and another five attempts be granted. 1. Type rmcctl -E password / passphrase and press E key.
  • Page 45 2. Close SWE container Command: rmcctl -X Example cw_dts> rmcctl [rmcctl] RMC_S#: hcryp osdr size serv scryp osdm mntpoint ********************************************************************************* rmc0 RMC_S0: 100GB [!rmcctl] OK 1-Slot Data Transport System (CSfC) 6 - 11 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 46 RMC_CO; action=cryp status=OK [!rmcctl] OK 5. Verify SWE container is initialized. Command: rmcctl  If SWE container is initialized, partition 1 (p# 1) scryp = 1 1-Slot Data Transport System (CSfC) 6 - 12 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 47 RMC_C0; action=enter status=OK ‘Resetting attempts to 0’. Example cw_dts> rmcctl -p 1 -E passphrase1 [rmcctl] RMC_CO; action=enter status=OK ‘Resetting attempts to 0’ [!rmcctl] OK 1-Slot Data Transport System (CSfC) 6 - 13 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 48 -p all --force -C password / passphrase [rmcctl] Please verify password: password / passphrase RMC_CO; action=cryp status=OK [!rmcctl] OK 6. Verify SWE container is initialized. 1-Slot Data Transport System (CSfC) 6 - 14 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 49  fmt = ext4 Example cw_dts> rmcctl [rmcctl] RMC_S#: hcryp osdr size serv scryp osdm mntpoint ********************************************************************************* rmc0p1 RMC_S0: 100GB ext4 rmc0p2 RMC_S0: 25 GB [!rmcctl] OK 1-Slot Data Transport System (CSfC) 6 - 15 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 50 After opening the SWE containers on individual partitions, they can be formatted, mounted, and used. 1. To only format the SWE containers: Command: rmcctl -p all -F  fmt = ext4 1-Slot Data Transport System (CSfC) 6 - 16 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 51 NTER Example cw_dts> rmcctl [rmcctl] RMC_S#: hcryp osdr size serv scryp osdm mntpoint ********************************************************************************* rmc0p1 RMC_S0: 100GB rmc0p2 RMC_S0: 25 GB [!rmcctl] OK 1-Slot Data Transport System (CSfC) 6 - 17 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 52 Connecting utility connector (J2) pin 1 to ground for a minimum of 5 seconds. • Incorrectly entering the hardware layer password three times consecutively. 1-Slot Data Transport System (CSfC) 6 - 18 Encryption Revision 3.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 53 Zeroization affects only the crypto module HWE key. It does not affect the RMC module. The data on the RMC module is still accessible: • If the RMC module can be placed in another DTS1+ CSfC with the same DEK / EDEK loaded in its crypto module. •...
  • Page 54 Make sure no power is applied to DTS1+ CSfC when inserting / removing RMC module. NOTE At a minimum, the DTS1+ CSfC must have an RMC module installed and be connected to both a computer and 28 VDC power source.
  • Page 55 5 seconds. NOTE Due to code-sharing between DTS1+ CSfC and DTS3 units, many CLI commands can include -s 0 (slot 0) in the command line. 2. Stop services. Type serv -s 0 --all 0 and press E NTER 3.

  • Page 56: Figure 7.1 Initialization Overview Flowchart

    User is prompted to enter PSK. Type <64 hex character PSK string> and press • NTER 8. Load encryption key. Type cmkey --load <loc> -s 0 and press E NTER 1-Slot Data Transport System (CSfC) 7 - 3 Quick Start Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 57 XX GB rmc0p1 [!rmcctl] OK NOTE DTS1+ CSfC units require use of SWFDE in addition to HWFDE. NOTE Disks cannot be partitioned after SWFDE has been performed. 12. Initialize SWFDE. Type rmcctl -s 0 -p 1 -C and press E NTER ...
  • Page 58 Refer to Figure 7.2 for a login overview flowchart. The numbers listed in the flowchart relate to the step numbers in the procedure. 1. Connect the user computer to the DTS1+ CSfC and log in. Refer to paragraph 7.1 Connections / Preparation for detailed instructions.
  • Page 59 NTER NOTE Refer to paragraph 13.3.24 rmcctl for information regarding rmcctl command results. 11. View RMC module status. Type rmcctl and press E NTER  DTS1+ CSfC is ready to use with CSfC encryption. cw_dts> rmcctl [rmcctl] RMC_S#: hcryp osdr...

  • Page 60: Figure 8.1 Dts1+ Csfc Test Setup

    Setup / Connections NOTE The DTS1+ CSfC is powered by a user-supplied 28 VDC power supply and does not have a power switch of its own. The DTS1+ CSfC is powered up by turning on the 28 VDC supply. 1. If not previously accomplished, connect cables to DTS1+ CSfC connectors (Figure 8.1).
  • Page 61 Serial port access is recommended for initial configuration of the DTS1+ CSfC. This topic describes how to use the DTS1+ CSfC Command Line Interface (CLI) to configure the DTS1+ CSfC. Refer to Command Line Interface section for more information on the commands used in this topic.

  • Page 62: Figure 8.3 Putty Terminal Emulator (Ssh)

    Host Name (or IP Address): see Table 8.1 4. Click Open button.  A terminal screen should activate. 5. Click Enter button.  A login prompt should activate. 1-Slot Data Transport System (CSfC) 8 - 3 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 63 -e eth0 -i new IP address -n new netmask -F NOTE The DTS1+ CSfC can be configured as a DHCP client if desired. When configured in this manner, the IP address is set remotely by a DHCP server.
  • Page 64 Example cw_dts> sysdate -d yyyy/mm/dd -t hh:mm:ss Login Logging into the DTS1+ CSfC is a three-part process. Before the RMC module can be accessed or configured, the user must (in the following order): 1. Log into DTS1+ CSfC. 2. Initialize HWE layer.
  • Page 65 Storage Media NOTE The DTS1+ CSfC must have the hardware encryption layer initialized and open before the RMC module (storage media) can be accessed. If desired, the RMC module disk can be used without partitioning. The unpartitioned disk must have services started and assigned before formatting and mounting.
  • Page 66 Create 4 partitions on a 100GB RMC module as follows: 10GB, 50GB, 20GB, 20GB. NOTE Partition must be 100MB or greater. Command: rmcctl -P 4 10GB 50GB 20GB 20GB 1-Slot Data Transport System (CSfC) 8 - 7 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 67 33 GB rmc0p2 RMC_S0: 33 GB NONE ---- [!rmcctl] OK Assign NAS services to partitions 1 through 4 of a RMC module with four partitions. 1-Slot Data Transport System (CSfC) 8 - 8 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 68 BOOTCFG tel=0 snmp=0 status=ok dhcp=0 tftp=0 cifs=1 nfs=1 ftp=1 http=1 LIVECGFG tel=0 snmp=0 status=ok [!serv] OK Restart all services. Command: serv -a 1 1-Slot Data Transport System (CSfC) 8 - 9 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 69 Add a mount point name to partitions 1 and 2 of a100 GB RMC module with two partitions. NOTE Must be done as two separate commands. Command: rmcctl -p 1--mntpoint name 1 rmcctl -p 2--mntpoint name 2 1-Slot Data Transport System (CSfC) 8 - 10 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 70 Example cw_dts> rmcctl [rmcctl] RMC_S#: hcryp osdr size serv scryp osdm mntpoint ********************************************************************************* ext4 rmc0p1 RMC_S0: 50 GB rmc0p2 RMC_S0: 50 GB [!rmcctl] OK 1-Slot Data Transport System (CSfC) 8 - 11 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 71 NOTE NTFS format is not supported on an unpartitioned RMC module. Format (ext4) / mount an unpartitioned 100GB RMC module. Command: rmcctl -F -M 1-Slot Data Transport System (CSfC) 8 - 12 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 72 Add the force option (---force) if changing format from NTFS to ext4. Format (ext4) / mount partitions 1 through 4 of a 100GB RMC module. Command: rmcctl -p all -F -M 1-Slot Data Transport System (CSfC) 8 - 13 Operation Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 73 Hardware and software encryption must both be active before initiating iSCSI operation. The DTS1+ CSfC supports use of Internet Small Computer System Interface (iSCSI). It is configured to use either Ethernet port 0 or port 1. The desired Ethernet port must have an active link before running istarget.
  • Page 74 Hardware and software encryption must both be active before initiating PCAP operation. The DTS1+ CSfC supports use of the PCAP command to capture packets traveling over a network. Two data streams may be captured at any one time (Ethernet ports 0 and 1). A unique file name must be used with each recording in order to retain all recordings.
  • Page 75 [!pcap] OK Health The DTS1+ CSfC has internal sensors that monitor critical environmental and operational parameters. The software provides this information to the user via the CLI when commanded. A FAIL status will be posted for any values that are out of tolerance.
  • Page 76 8.8.1 IBIT (Initiated BIT) NOTE Results will be provided as 1 (Pass), 0 (Fail), and NA (function not active) The ibit command provides a snap-shot of the DTS1+ CSfC status. To view status, type ibit and press E key. NTER •...
  • Page 77 DTS1+ CSfC flash memory. The fupdate command boots the DTS1+ CSfC system into a RAM disk image where the user can install a new disk image onto the system. Upon logging into the new RAM disk image, a menu of operations to restore and verify the restoration of a new disk image activates.
  • Page 78 NTER  The DTS1+ CSfC examines the digital signature to determine if the tarball has been compromised. If tarball is uncompromised the update process will begin. If the tarball has been changed for any reason, the update process aborts.
  • Page 79 Access from Windows as NAS Device NOTE When the partitions are formatted and mounted, they can be accessed from a PC running Windows. 1. Log into the DTS1+ CSfC via SSH. Refer to paragraph 8.2.1.2 Ethernet. 2. Type rmcctl and press E key. NTER ...
  • Page 80 NOTE When the partitions are formatted and mounted, they can be accessed from a PC running Linux. NOTE This procedure is performed via Ethernet connected to DTS1+ CSfC port 0. 1. Open a terminal window 2. Type ssh admin@192.168.1.1. 3. Press E key.

  • Page 81: Figure A.3 Rmc Module

    User Guide DDOC0199-000-A9 System Configuration The commands below are used to configure the crypto module, DTS1+ CSfC, and associated RMC module. Crypto Module The cmlogin command allows for initialization of / logging into the Hardware Encryption (HWE) crypto module. For status information, issue cmlogin without options. Refer to paragraph 13.3.5 cmlogin for detailed information about initializing /logging into the HWE crypto module.
  • Page 82 RMC Module NOTE The DTS1+ CSfC has only 1 RMC module slot. As a result, the -s option is always -s 0. Refer to paragraph 13.3.24 rmcctl and paragraph 13.3.30 serv for detailed information about configuring the RMC module.
  • Page 83 -f ........FTP Service. serv -n ........NFS Service. serv -s ........SNMP Service. serv -t ........TFTP Service. serv -z ........Telnet Service. serv -w........HTTP Read Service. 1-Slot Data Transport System (CSfC) 9 - 3 System Configuration Revision 0.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 84 The chart below provides a basic failure analysis by observing status indicators. If any one of the LEDs exhibits the failure status, the DTS1+ CSfC may not function properly. The investigative/ remedial actions offered should only be tried one or two times. Refer to paragraph 4.1 Chassis Indicators for information regarding front panel LEDs.
  • Page 85 RMC module may be full. 10.3 Encryptor Error Codes NOTE If problems persist, contact Curtiss-Wright Defense Solutions Customer Support. Refer to paragraph 1.6 Technical Support for contact information. Refer to Table 10.3 for fault information.RMC module Table 10.3 Encryptor Error Codes...
  • Page 86 Write error 0x0E05 E2PROM Read error 0x0F03 STORAGE Memory allocation error 0x0F04 STORAGE Write error 0x0F05 STORAGE Read error 0x2002 PBKDF2 Invalid input length 1-Slot Data Transport System (CSfC) 10 - 3 Troubleshooting Revision 0.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 87 If no problem is found with the connectors, reinstall the RMC module and try latching the door again. c. If the problem persists, contact Curtiss-Wright Defense Solutions. 7. Open the DTS1+ CSfC door and observe the RMC module STATUS LED. When green LED turns ON, RMC module is ready. Slide...
  • Page 88  When the RMC module is ready for removal, the STATUS LED will blink one time every five seconds. 3. Grasp the RMC module handle and pull the unit straight out. 1-Slot Data Transport System (CSfC) 11 - 2 Remove / Replace Revision 0.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 89 12.1 SNMP MIB The DTS1+ CSfC supports Simple Network Management Protocol (SNMP). The user may configure SNMP for a Windows workstation via the Windows Control Panel. The user should consult with their network administrator for details on configuration and utilization of the SNMP traps and other data capture programs.
  • Page 90 ::= { dtsSnmpValues 7 } dtsSENS OBJECT-TYPE SYNTAX OCTET STRING (SIZE(1..8192)) MAX-ACCESS read-only STATUS current DESCRIPTION "Output of command: sens" ::= { dtsSnmpValues 8 } 1-Slot Data Transport System (CSfC) 12 - 2 Simple Network Management Protocol Revision 0.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 91 ::= { dtsSnmpValues 11 } dtsCMKEY OBJECT-TYPE SYNTAX OCTET STRING (SIZE(1..8192)) MAX-ACCESS read-only STATUS current DESCRIPTION "Output of command: cmkey" ::= { dtsSnmpValues 12 } 1-Slot Data Transport System (CSfC) 12 - 3 Simple Network Management Protocol Revision 0.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 92 Command Line Interface NOTE The CLI is used across various product lines, including the DTS1+ CSfC, DTS1+, DTS3+, DTS3, and the XDS1+. As a result, the CLI uses DTS in place of the various unit nomenclaures in most cases. Where the actual nomenclature is used, it refers to a command option that is only applica- ble to that particular unit.
  • Page 93 AMT_S# .........Current automounter status of RMC in slot "#" Enumerated types <summary> ......Command status summary (OK, ERR) Example: Turn off auto-mounting on slot 0 completely amnt -s 0 --off 1-Slot Data Transport System (CSfC) 13 - 2 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 94 -s 0 --iscsi --blk 512 Example: Restart the auto mounter/starter daemon for the RMC described by --slot. amnt -s 0 --restart 1-Slot Data Transport System (CSfC) 13 - 3 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 95 NOTE Place the provided files in the root of the NAS folder (/rmc_shares/rmc0p1). NOTE Curtiss-Wright will be the only entity who provides a firmware update Syntax: cmfwupdate [-h | --help | -v | --version] cmfwupdate [-f <str>] [-s <str>]...
  • Page 96 RMC selected with option -s. Example: Get status regarding keys cw_dts> cmkey [cmkey] CMKEY: id=<int> init=<b> login=<b> s0=<b> s1=<b> s2=<b> deks=<mask> status=<sts> [!cmkey] <summary> 1-Slot Data Transport System (CSfC) 13 - 5 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 97 --save 3 -d -p [cmkey] Please enter plaintext DEK: [User-generated plain text DEK string] Please enter current PSK: [PSK string] CMKEY: action=save status=<sts> [!cmkey] <summary> 1-Slot Data Transport System (CSfC) 13 - 6 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 98 .....Summary status for the line Enumerated types (See above examples in fields) <str> ........String <sts> ........Status message (OK, ERR "<str>") <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 7 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 99 (0x0c20):[SECURITY] - tamper event: T1 status=OK [!cmlog] OK Example: Clear crypto module error log cmlog-c cw_dts> [cmlog] CMLOG: status=OK status=OK [!cmlog] OK 1-Slot Data Transport System (CSfC) 13 - 8 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 100 <summary> ......Command status summary (OK, ERR) Example: Login to crypto module. cw_dts> cmlogin -u [user name] -p [cmlogin] Please enter password: [password] CMLOGIN: action=save status=<sts> [!cmlogin] <summary> 1-Slot Data Transport System (CSfC) 13 - 9 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 101 .........Error state unknown......Invalid state <bool> ........Boolean status value (1=true, 0=false) <sts> ........Status message (OK, ERR "<str>") <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 10 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 102 -g [cmpsk] CMPSK: psk=bc21106e561c015efb7858c2ae8b48603c3695c2a4d6d02d6619e4c5704a0d8a status=OK [!cmpsk] OK Example: write PSK cw_dts> cmpsk -w bc21106e561c015efb7858c2ae8b48603c3695c2a4d6d02d6619e4c5704a0d8b [cmpsk] CMPSK: psk=bc21106e561c015efb7858c2ae8b48603c3695c2a4d6d02d6619e4c5704a0d8b status=OK [!cmpsk] OK 1-Slot Data Transport System (CSfC) 13 - 11 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 103 Line Identifier SUBNET.........Reports a DHCP subnet declaration HOST ........Reports a BOOTP client declaration Fields (only fields defined for the entry are displayed) 1-Slot Data Transport System (CSfC) 13 - 12 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 104 -A -b mypc -m 20:50:A4:FC:6B:B5 -f 192.168.3.55 -t /rmc0/bootfile [dhcpconfig] BOOTP: status=<sts> [!dhcpconfig] <summary> Example: Delete BOOTP client cw_dts> dhcpconfig -D -b mypc [dhcpconfig] BOOTP: status=<sts> [!dhcpconfig] <summary> 1-Slot Data Transport System (CSfC) 13 - 13 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 105 [-h | --help | --version | --go] Options -h, --help ......Print help message. --version......Print program version. --go........Proceed with restoration to factory defaults 1-Slot Data Transport System (CSfC) 13 - 14 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 106 DTS disk image onto the system. By default the new image file to be updated is uploaded via FTP or SCP into memory. See paragraph 7.9 Update Software / Firmware for detailed instructions. 1-Slot Data Transport System (CSfC) 13 - 15 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 107 [!fwall] <summary> 1-Slot Data Transport System (CSfC) 13 - 16 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 108 Example: Remove udp port 7777 from firewall permanently fwall --rem --perm --port 7777 udp Example: Pass command to firewall-cmd fwall --cmd "--list-services" 1-Slot Data Transport System (CSfC) 13 - 17 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 109 [-h | --help | --version] help command Options -h, --help ......Print help message. --version......Print program version. Examples ipconfing -h help 1-Slot Data Transport System (CSfC) 13 - 18 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 110 Enumerated types <s> .........Subtest status. 1=pass, 0=fail <sts> ........Status message (OK, ERR "<str>") <str> ........Text string <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 19 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 111 .....System monitor firmware version crypto=<ver>.......Encryption module firmware version slots=<num> .......RMC/media slot count status=<sts> .....Summary status for the line Enumerated types (See above examples in fields) 1-Slot Data Transport System (CSfC) 13 - 20 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 112 [!cmd] ERR Line Identifier INVALID .........Command parameter(s) invalid ERROR ........Critical error. Command did not complete. Enumerated types <errstr>........Text string describing the error. 1-Slot Data Transport System (CSfC) 13 - 21 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 113 ......IPv4 gateway address ip6=<ipv6>......IPv6 address gw6=<ipv6>......IPv6 gateway address prot=<prot> ......Identifies protocol/method of assigning IP parameters. status=<sts> .......Summary status for the given line. 1-Slot Data Transport System (CSfC) 13 - 22 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 114 -e eth1 -O yes [ipconfig] IP: status=<sts> [!ipconfig] <summary> Line Identifier IP..........Configuration status line Fields status=<sts> .....Summary status for the given line. 1-Slot Data Transport System (CSfC) 13 - 23 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 115 <status> ......Status <str> (ERR "<str>") Example: Determine the iSCSI target status cw_dts> istarget [istarget] RMC_S0_P1_L0: iqn.2015-05.net.cwnas.iscsi:rmc0p1 is_tgt_en=1 status=OK RMC_S0_P2_L0: iqn.2015-05.net.cwnas.iscsi:rmc0p2 is_tgt_en=1 status=OK [!istarget] OK 1-Slot Data Transport System (CSfC) 13 - 24 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 116 Example: Stop all the iSCSI targets on the RMC in slot 0. cw_dts> istarget --stop -s 0 [istarget] RMC_S0_P1_L0: iqn.2015-05.net.cwnas.iscsi:rmc0p1 is_tgt_en=0 status=OK RMC_S0_P2_L0: iqn.2015-05.net.cwnas.iscsi:rmc0p2 is_tgt_en=0 status=OK [!istarget] OK 1-Slot Data Transport System (CSfC) 13 - 25 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 117 <summary> ......Command status summary (OK, ERR) Example: Set duty cycle of all LEDs to 75% cw_dts> ledctrl -l A -d 75 [ledctrl] LED: status=<sts> [!ledctrl] <summary> 1-Slot Data Transport System (CSfC) 13 - 26 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 118 .....Summary status for the line Enumerated types <sts> ........Status message (OK, ERR "<str>") <str> ........Text string <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 27 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 119 ====== File is a block device ====== File corresponds to partition 1 on disk 2 dT=14 p=0 Tx=700 Rx=645 tM=141.86 rM=87.49 M=110.24 Ex2=0 Ex=0 LgB=-98.87 [!mbit] OK 1-Slot Data Transport System (CSfC) 13 - 28 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 120 Example: Disk file system check on RMC 0 partition 1 cw_dts> mbit --fsckro -s 0 -p 1 --go [mbit] e2fsck 1.42.9 (28-Dec-2013) /dev/rmc0p1: clean, 11/30531584 files, 1967964/ 122094592 blocks [!mbit] OK 1-Slot Data Transport System (CSfC) 13 - 29 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 121 [!nfsctl] <summary> Example: Turn off root_squash command nfsctl --exportfs "rw,async,wdelay,all_squash,no_subtree_check,anonuid=1000, anongid=1000" Example: Turn off autmounting on slot 0 completely command nfsctl --exports “rw,async,wdelay,root_squash,no_subtree_check" 1-Slot Data Transport System (CSfC) 13 - 30 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 122 STORE........Reports NTP server list config update status Fields <ip>........IPv4 dotted-decimal address (Ex: 10.19.6.6) to be added to NTP server(s) list Enumerated types (See above examples in fields) 1-Slot Data Transport System (CSfC) 13 - 31 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 123 <ip>........IP address of NTP server <sec> ........Number of seconds to wait before polling NTP server Enumerated types (See above examples in fields) 1-Slot Data Transport System (CSfC) 13 - 32 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 124 Enumerated types (See above examples in fields) <sts> ........Status message (OK, ERR "<str>") <str> ........Text string <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 33 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 125 [pcap] PCAP recorder active Interface eth0: Recorded 24576 Bytes. (24K) to /rmc_shares/rmc0/ch0.pcap [!pcap] cw_dts> pcap --stop [pcap] Stopping active PCAP recording. [!pcap] 1-Slot Data Transport System (CSfC) 13 - 34 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 126 Enumerated types (See above examples in fields) <sts> ........Status message (OK, ERR "<str>") <str> ........Text string <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 35 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 127 Failure to properly handle the RMC will result in equipment damage. -R, --remove..........Request RMC removal. -I, --insert..........Undo request for removal (-R). --status ............Display current state of RMCs. 1-Slot Data Transport System (CSfC) 13 - 36 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 128 Example: Create 3 partitions, using disk percentages: 35, 35, and 20. rmcctl -P 3 35% 35% 20% --force Example: Format partition 1 of the RMC. rmcctl -p 1 -F 1-Slot Data Transport System (CSfC) 13 - 37 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 129 Example: Name the mount point for RMC 0 partition 1 "/rmc_shares/lancer". rmcctl -s 0 -p 1 --mntpoint lancer Example: Perform wipe operation on RMC in slot 0. rmcctl -s 0 --wipe --force 1-Slot Data Transport System (CSfC) 13 - 38 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 130 -s 0 Example: Display RMC storage status and usage of partition 1 of the RMC in slot 0.. rmcfree -s 0 -p 1 1-Slot Data Transport System (CSfC) 13 - 39 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 131 Line Identifier RMC_I# ........Reports status of request for RMC in slot "#" Fields status=<sts> .......Summary status for the given line. Enumerated types: 1-Slot Data Transport System (CSfC) 13 - 40 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 132 User Guide DDOC0199-000-A9 <sts> ........Status message (OK, ERR "<str>") <str> ........Text string <summary> ......Command status summary (OK, ERR) 1-Slot Data Transport System (CSfC) 13 - 41 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 133 <summary> ......Command status summary (OK, ERR) Example: Normal erase of RMC in slot 1 cw_dts> rmcpurge -s 1 -N [rmcpurge] RMC_P1: status=<sts> [!rmcpurge] <summary> 1-Slot Data Transport System (CSfC) 13 - 42 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 134 Example: Stop specified video using start parameters cw_dts> rtp --stop -i6 fd01::1 -P 5004 -f videoFile [rtp] RTP: action=stop status=OK [!rtp] OK 1-Slot Data Transport System (CSfC) 13 - 43 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 135 Example: Status example cw_dts> rtp --stat [rtp] RTP: action=stat instances=2 status=OK RTP_1: ip=fd01::1 port=1234 filename=videoFile1 state=started RTP_2: ip=fd01::1 port=5004 filename=videoFile2 state=capturing [!rtp] OK 1-Slot Data Transport System (CSfC) 13 - 44 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 136 -p PERIOD......Refresh display every PERIOD milliseconds. Ctrl-C to exit. -S...........View Advantech subset of sensors only -T...........View Temperature subset of sensors only -V...........View Voltage subset of sensors only 1-Slot Data Transport System (CSfC) 13 - 45 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 137 The 'status' field appears on the same line as the others. The example output above is line wrapped for clarity. Enumerated types: 1-Slot Data Transport System (CSfC) 13 - 46 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 138 LIVESET ........Indicates change to operational state of server. Fields <serv>=<s>......Indicator of which server is being started/stopped status=<sts> .....Status for action (OK, ERR "<str>") 1-Slot Data Transport System (CSfC) 13 - 47 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 139 User Guide DDOC0199-000-A9 13.3.31 shutdown Description Description The shutdown command performs a controlled shutdown of the DTS1+ CSfC operating system. Syntax shutdown [-h | --help | --version] Options -h, --help ......Print help message. --version......Print program version. --now ........Require option to avoid accidental shutdown.
  • Page 140 [!sysdate] <summary> Line Identifier SETDATE.......Reports date/time configuration status Fields status=<sts> .......Summary status for the given line. Enumerated types: (See above examples in fields) 1-Slot Data Transport System (CSfC) 13 - 49 Command Line Interface Revision 1.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 141 1 TB (Unformatted) .....................931 GB (formatted) 2 TB (Unformatted) ..................1.862 TB (formatted) 4 TB (Unformatted) ..................3,725 TB (formatted) 8 TB (Unformatted) ..................7,496 TB (formatted) 1-Slot Data Transport System (CSfC) A - 1 Specifications Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...

  • Page 142: Figure A.1 Dzus Mount

    6.50 2X .56 1.50 1.875 3X .84 2X .56 7.99 1.04 1.46 1.46 1.04 2X .19 2X .19 5.75 DDOC0199-0023 Figure A.1 DZUS Mount 1-Slot Data Transport System (CSfC) A - 2 Specification Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...

  • Page 143: Figure A.2 L-Bracket Mount

    4-40 Flat Head Screw 2X .35 2X 5.70 1.50 1.50 3X .84 7.99 1.04 1.46 1.46 1.04 2X .50 5.00 2X .50 DDOC0199-0024 Figure A.2 L-Bracket Mount 1-Slot Data Transport System (CSfC) A - 3 Specification Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 144 This document in its entirety is subject to export control restrictions on the title page of this document. User Guide DDOC0199-000-A9 2.10 5.00 9.91 4.95 2.41 6.25 15.88 7.02 4.48 24.79 30.48 20.93 76.20 139.01 1.20 3.00 5.47 81.79 3.22 DDOC0199-0025 Figure A.3 RMC Module...

  • Page 145: Table A.1 Dts1+ Csfc / Rmc Module Calculated Mean Time Between Failures

    These Mean Time Between Failure (MTBF) values (provided in hours) are calculated using Windchill Quality Solutions Relex 2011 software with MIL-HDBK- 217 FN2 with parts screening / de-rating based on ANSI/VITA 51.1-2008 specifications. Table A.1 DTS1+ CSfC / RMC module Calculated Mean Time Between Failures Order Number MTBF VS-DTS1+SL-F (L-Bracket Mounting) VS-DTS1+SL-FD (DZUS Panel Mounting) Ground Benign / Controlled @ 30°C...
  • Page 146 196,851 Airborne Rotary Wing @ 30°C 127,777 Environmental, EMI, Electrical Specifications The DTS1+ CSfC has been tested to the following environmental conditions using the standards, test procedures, and methods indicated below (test reports are available from Curtiss-Wright on request): •...
  • Page 147 LDC602 Polarity Reversal • ESD per RTCA/DO-160E, Section 25 • 10 ESD discharges of +15000V and -15000V at each knob or connector (4 places) Operational 1-Slot Data Transport System (CSfC) A - 7 Specifications Revision 2.0 © 2024 Curtiss-Wright Defense Solutions...

  • Page 148: Table B.1 Power Connector J1 Signals

    1-½ turns to fully engage. Power Connector J1 / Power Lab Cable Table B.1 provides DTS1+ CSfC bulkhead J1 connector pin signals. Figure B.1 show the DTS1+ CSfC bulkhead J1 connector pinout. Table B.2 shows the DTS1+ CSfC power lab cable connection pin signals.

  • Page 149: Table B.3 Utility Connector J2 Signals

    Power Lab Cable Diagram Utility Connector J2 / Utility Lab Cable Table B.3 provides DTS1+ CSfC bulkhead J2 connector pin signals. Figure B.3 show the DTS1+ CSfC bulkhead J2 connector pinout. Table B.4 shows the DTS1+ CSfC utility lab cable connection pin signals.

  • Page 150: Figure B.3 Utility Connector J2

    Utility Lab Cable Diagram Ethernet Connector J3 / Ethernet Lab Cable Table B.5 provides DTS1+ CSfC bulkhead J3 connector pin signals. Figure B.5 show the DTS1+ CSfC bulkhead J3 connector pinout. Table B.6 shows the DTS1+ CSfC Ethernet lab cable connection pin signals.

  • Page 151: Table B.5 Ethernet Connector J3 Signals

    Ethernet Lab Cable (VS-DTS1ETHCAB-J3) Connector Description Mates With / Signal Name DTS1+ CSfC J3 P2 – TIA/EIA-568B Modular Plug Gigabit Ethernet TIA/EIA-568B Modular Jack 1-Slot Data Transport System (CSfC) B - 4 Connectors / Cables Revision 0.0 © 2024 Curtiss-Wright Defense Solutions...
  • Page 152 Ethernet Lab Cable Wiring Diagram Ground Lug A ground cable is required, but not provided. The ground cable is installed on the DTS1+ CSfC ground lug E1. The provided nut should be torqued to 18 in. lb. to ensure proper connection.

  • Page 153: Table C.1 Dts1+ Csfc Chassis

    DTS1+ CSfC / RMC Module / Lab Cables This appendix contains the ordering numbers for the DTS1+ CSfC chassis (Table C.1), RMC module (Table C.2), and lab cables (Table C.3). For an up to date list, or for inquiries about these products, contact Curtiss-Wright Defense Solutions Sales at http:/www.cwcdefensesolutions.com/...

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