This is a Node-RED node that wraps the I.S.S. Lightstreamer feed, emitting real-time telemetry from the International Space Station.
It was heavily inspired by the ISS Mimic Project, and this node can be used in Node-RED to create your own ISS Mimic and Dashboard.
- Install Node-RED
- Add this node via the Node-RED Palette Manager
- Drag the
ISS Datanode onto your flow - Wire it to a "debug" node, and you can then see the output in the Node-RED debug panel
The node can output three different types of data:
- Raw: The raw data from the Lightstreamer feed, with no modifications
- Formatted: Each feed has a designated type, this output type will format the data into a more human-readable format, so numbers will display as numbers, or any feed with a key map (e.g.
0=OFF, 1=ON) will output the human-readable format - Both: This outputs a JSON structure with the keys
rawandformatted, so you can access both data types
You can find example flows inside the /examples folder. One for a basic debug output, and another for a more advanced dashboard that uses FlowFuse Dashboard:
With the following flow (included in /examples)
You will build the following Dashboard:
The data included with the stream is extensive, you can toggle on/off different feeds within the node's configuration options.
| Key | Description | Property Type |
|---|---|---|
| USLAB000001 | Control Moment Gyroscope (CMG)-1 On-Line | 0=NOT IN USE | 1=IN USE |
| USLAB000002 | Control Moment Gyroscope (CMG)-2 On-Line | 0=NOT IN USE | 1=IN USE |
| USLAB000003 | Control Moment Gyroscope (CMG)-3 On-Line | 0=NOT IN USE | 1=IN USE |
| USLAB000004 | Control Moment Gyroscope (CMG)-4 On-Line | 0=NOT IN USE | 1=IN USE |
| USLAB000005 | Number of Control Moment Gyroscope (CMG)s Online | {0:d0} |
| USLAB000006 | Control Moment Gyroscope (CMG) Control Torque - Roll (N-m) | {0:f4} |
| USLAB000007 | Control Moment Gyroscope (CMG) Control Torque - Pitch (N-m) | {0:f4} |
| USLAB000008 | Control Moment Gyroscope (CMG) Control Torque - Yaw (N-m) | {0:f4} |
| USLAB000009 | Active Control Moment Gyroscope (CMG) Momentum (Nms) | {0:d0} |
| USLAB000011 | Desaturation Request (Enabled/Inhibited) | 0=ENABLED | 1=INHIBITED |
| USLAB000013 | US Attitude Source | 0=NONE\ |
| USLAB000014 | US Rate Source | 0=NONE | 1=RGA1 | 2=RGA2 | 3=RUSSIAN |
| USLAB000015 | US State Vector Source | 0=NO_SOURCE | 1=Unused | 2=Unused | 3=RUSSIAN | 4=GPS1_DETERMINISTIC | 5=GPS2_DETERMINISTIC | 6=GROUND |
| USLAB000016 | Attitude Controller Type | 0=ATTITUDE HOLD | 1=TEA |
| USLAB000017 | Attitude Control Reference Frame | 0=LVLH | 1=Inertial | 2=XPOP |
| USLAB000018 | US Current Local Vertical Local Horizontal (LVLH) Attitude Quaternion Component 0 | {0:f2} |
| USLAB000019 | US Current Local Vertical Local Horizontal (LVLH) Attitude Quaternion Component 1 | {0:f2} |
| USLAB000020 | US Current Local Vertical Local Horizontal (LVLH) Attitude Quaternion Component 2 | {0:f2} |
| USLAB000021 | US Current Local Vertical Local Horizontal (LVLH) Attitude Quaternion Component 3 | {0:f2} |
| USLAB000022 | US Attitude Roll Error (deg) | {0:f2} |
| USLAB000023 | US Attitude Pitch Error (deg) | {0:f2} |
| USLAB000024 | US Attitude Yaw Error (deg) | {0:f2} |
| USLAB000025 | US Commanded Attitude Quaternion Component 0 | {0:f2} |
| USLAB000026 | US Commanded Attitude Quaternion Component 1 | {0:f2} |
| USLAB000027 | US Commanded Attitude Quaternion Component 2 | {0:f2} |
| USLAB000028 | US Commanded Attitude Quaternion Component 3 | {0:f2} |
| USLAB000038 | Active Control Moment Gyroscope (CMG) Momentum Capacity (Nms) | {0:d0} |
| USLAB000039 | ISS Total Mass (kg) | {0:d0} |
| USLAB000040 | Solar Beta Angle (degrees) | {0:f2} |
| USLAB000041 | Loss of CMG Attitude Control (LOAC) Caution Message In Alarm | 0=FALSE | 1=TRUE |
| USLAB000042 | Loss of ISS Attitude Control (LOAC) Caution Message In Alarm | 0=FALSE | 1=TRUE |
| USLAB000043 | Global Positioning System (GPS-1) Ops Status | 0=DOING POSITION FIXES | 1=SV TIMING | 2=APPROXIMATE TIMING | 3=GPS TIME | 4=NEED INITIALIZATION | 5=GDOP NEEDED | 6=BAD TIMING | 7=NO USABLE SV | 8=ONLY 1 USABLE SVs | 9=ONLY 2 USABLE SVs | 10=ONLY 3 USABLE SVs | 11=BAD INTEGRITY | 12=NO VEL AVAIL | 13=UNUSABLE FIX |
| USLAB000044 | Global Positioning System (GPS-2) Ops Status | 0=DOING POSITION FIXES | 1=SV TIMING | 2=APPROXIMATE TIMING | 3=GPS TIME | 4=NEED INITIALIZATION | 5=GDOP NEEDED | 6=BAD TIMING | 7=NO USABLE SV | 8=ONLY 1 USABLE SVs | 9=ONLY 2 USABLE SVs | 10=ONLY 3 USABLE SVs | 11=BAD INTEGRITY | 12=NO VEL AVAIL | 13=UNUSABLE FIX |
| USLAB000045 | Spin Motor Spin Bearing Temperature - Control Moment Gyroscope (CMG) 1 (deg C) | {0:f1} |
| USLAB000046 | Spin Motor Spin Bearing Temperature - Control Moment Gyroscope (CMG) 2 (deg C) | {0:f1} |
| USLAB000047 | Spin Motor Spin Bearing Temperature - Control Moment Gyroscope (CMG) 3 (deg C) | {0:f1} |
| USLAB000048 | Spin Motor Spin Bearing Temperature - Control Moment Gyroscope (CMG) 4 (deg C) | {0:f1} |
| USLAB000049 | Hall Resolver Spin Bearing Temperature - Control Moment Gyroscope (CMG) 1 (deg C) | {0:f1} |
| USLAB000050 | Hall Resolver Spin Bearing Temperature - Control Moment Gyroscope (CMG) 2 (deg C) | {0:f1} |
| USLAB000051 | Hall Resolver Spin Bearing Temperature - Control Moment Gyroscope (CMG) 3 (deg C) | {0:f1} |
| USLAB000052 | Hall Resolver Spin Bearing Temperature - Control Moment Gyroscope (CMG) 4 (deg C) | {0:f1} |
| Z1000001 | Control Moment Gyroscope (CMG)-1 Vibration (g) | {0:f2} |
| Z1000002 | Control Moment Gyroscope (CMG)-2 Vibration (g) | {0:f2} |
| Z1000003 | Control Moment Gyroscope (CMG)-3 Vibration (g) | {0:f2} |
| Z1000004 | Control Moment Gyroscope (CMG)-4 Vibration (g) | {0:f2} |
| Z1000005 | Control Moment Gyroscope (CMG)-1 Spin Motor Current (amps) | {0:f2} |
| Z1000006 | Control Moment Gyroscope (CMG)-2 Spin Motor Current (amps) | {0:f2} |
| Z1000007 | Control Moment Gyroscope (CMG)-3 Spin Motor Current (amps) | {0:f2} |
| Z1000008 | Control Moment Gyroscope (CMG)-4 Spin Motor Current (amps) | {0:f2} |
| Z1000009 | Control Moment Gyroscope (CMG) 1 Wheel Speed (rpm) | {0:d0} |
| Z1000010 | Control Moment Gyroscope (CMG) 2 Wheel Speed (rpm) | {0:d0} |
| Z1000011 | Control Moment Gyroscope (CMG) 3 Wheel Speed (rpm) | {0:d0} |
| Z1000012 | Control Moment Gyroscope (CMG) 4 Wheel Speed (rpm) | {0:d0} |
| Key | Description | Property Type |
|---|---|---|
| AIRLOCK000058 | Airlock Multiplexer/Demultiplexer (MDM) on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE1000001 | Node 1 Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE1000002 | Node 1 Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE2000004 | Node 2 Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE2000005 | Node 2 Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE3000014 | Hub Control Zone (HCZ) Multiplexer/Demultiplexer 2 (MDM) on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE3000015 | Node 3 Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE3000016 | Hub Control Zone (HCZ) Multiplexer/Demultiplexer 1 (MDM) on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| NODE3000020 | Node 3 Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| P1000006 | P1 Truss Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| P1000008 | Port Thermal Radiator (STR) Multiplexer/Demultiplexer (MDM) on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| P1000009 | P1 Truss Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| P3000001 | P3 Truss Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| P3000002 | P3 Truss Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| P4000003 | Photovolatic Control Unit (PVCU) - Solar Array - 2A Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| P4000006 | Photovolatic Control Unit (PVCU) - Solar Array - 4A Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| P6000003 | Photovolatic Control Unit (PVCU) - Solar Array - 4B Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| P6000006 | Photovolatic Control Unit (PVCU) - Solar Array - 2B Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| S0000010 | External Control Zone Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S0000011 | S0 Truss Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S0000012 | External Control Zone Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S0000013 | S0 Truss Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S1000006 | Starboard Thermal Radiator (STR) Multiplexer/Demultiplexer (MDM) on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S1000007 | S1 Truss Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S1000008 | S1 Truss Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S3000001 | S3 Truss Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S3000002 | S3 Truss Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S4000003 | Photovolatic Control Unit (PVCU) - Solar Array - 1A Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| S4000006 | Photovolatic Control Unit (PVCU) - Solar Array - 3A Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| S6000003 | Photovolatic Control Unit (PVCU) - Solar Array - 3B Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| S6000006 | Photovolatic Control Unit (PVCU) - Solar Array - 1B Multiplexer/Demultiplexer (MDM) 120 Volt On-Off Status | 0=Not Enabled | 1=Enabled |
| USLAB000066 | Command and Control (C&C) Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000067 | Command and Control (C&C) Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000068 | Command and Control (C&C) Multiplexer/Demultiplexer (MDM) 3 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000069 | Internal Control Zone Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000070 | Internal Control Zone Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000071 | Payload (PL) Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000072 | Payload (PL) Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000073 | Guidance, Navigation and Control (GNC) Multiplexer/Demultiplexer 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000074 | Guidance, Navigation and Control (GNC) Multiplexer/Demultiplexer 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000075 | Power Management Controller Unit (PMCU) 1 Multiplexer/Demultiplexer 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000076 | Power Management Controller Unit (PMCU) 2 Multiplexer/Demultiplexer 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000077 | US Lab Multiplexer/Demultiplexer (MDM) 1 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000078 | US Lab Multiplexer/Demultiplexer (MDM) 2 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000079 | US Lab Multiplexer/Demultiplexer (MDM) 3 on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000080 | Permanent Multipurpose Module - System Power voltage status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| Key | Description | Property Type |
|---|---|---|
| P1000004 | S-Band Radio Frequency Group (RFG 2) Azimuth Gimbal Position | {0:f2} |
| P1000005 | S-Band Radio Frequency Group (RFG 2) Elevation Gimbal Position | {0:f2} |
| P1000007 | S-Band Radio Frequency Group (RFG 2), on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| S1000004 | S-Band Radio Frequency Group (RFG 1) Azimuth Gimbal Position | {0:f2} |
| S1000009 | S-Band Radio Frequency Group (RFG 1), on-off status | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000088 | Ku-Band Video Downlink Channel 1 Activity | 0=INACTIVE | 1=ACTIVE |
| USLAB000089 | Ku-Band Video Downlink Channel 2 Activity | 0=INACTIVE | 1=ACTIVE |
| USLAB000090 | Ku-Band Video Downlink Channel 3 Activity | 0=INACTIVE | 1=ACTIVE |
| USLAB000091 | Ku-Band Video Downlink Channel 4 Activity | 0=INACTIVE | 1=ACTIVE |
| USLAB000092 | Active String of S-Band | 1=String 1 | 2=String 2 |
| USLAB000093 | Internal Audio Controller (IAC) - IAC-1 Active/Backup Indication | 0=Backup | 1=Active |
| USLAB000094 | Internal Audio Controller (IAC) - IAC-2 Active/Backup Indication | 0=Backup | 1=Active |
| USLAB000095 | Video Source Routed to Downlink 1 | 0= - | 1=S3AFT | 2=S1UPOB | 3=SCU1 Mux | 4=S1LOOB | 5=JPM a | 6=JPM b | 7=S1UPIB | 8=S1LOIB | 9=COL 1 | 10=COL 2 | 11=P1UPIB | 12=SCU2 Mux | 13=NOD3S | 14=P1LOIB | 15=SCU1 Test | 16=WETA112 | 17=ORB1 | 18=ORB2 | 19=P1LOOB | 20=SCU2 Test | 21=P3AFT | 22=Payload Rack | 23=VTR1 | 24=VTR2 | 25=NOD2LO | 26=WETA115 | 28=LAB S | 31=POA PL3 | 32=POA | 33=SPDMS1 | 34=SPDMS2 | 35=MBS CLPA | 36=SPDMLEE | 37=MAST | 40=BLEE | 43=BELB | 48=TELB | 50=MSS PL3 | 51=TLEE | 52=Lab AVU1 | 53=Lab AVU2 | 54=Cup AVU1 | 55=Cup AVU2 | 56=OTCM1 | 57=BODY1 | 58=OTCM2 | 59=BODY2 | 60=SSRMS PL1 | 61=SSRMS PL2 | 62=SSRMS PL3 | 63=MSS PL1 | 64=MSS PL2 | 65=LAB1D3 | 66=LAB1P2 | 67=LAB1P4 | 68=LABCAM | 69=LAB1O5 | 70=LAB1O4 | 71=LAB1O3 | 72=LAB1O2 | 73=LAB1O1 | 74=LAB1S1 | 75=LAB1S2 | 76=LAB1S3 | 77=A/L CAM | 78=LAB1S4 | 79=N1 CAM | 80=N3 CAM |
| USLAB000096 | Video Source Routed to Downlink 2 | 0= - | 1=S3AFT | 2=S1UPOB | 3=SCU1 Mux | 4=S1LOOB | 5=JPM a | 6=JPM b | 7=S1UPIB | 8=S1LOIB | 9=COL 1 | 10=COL 2 | 11=P1UPIB | 12=SCU2 Mux | 13=NOD3S | 14=P1LOIB | 15=SCU1 Test | 16=WETA112 | 17=ORB1 | 18=ORB2 | 19=P1LOOB | 20=SCU2 Test | 21=P3AFT | 22=Payload Rack | 23=VTR1 | 24=VTR2 | 25=NOD2LO | 26=WETA115 | 28=LAB S | 31=POA PL3 | 32=POA | 33=SPDMS1 | 34=SPDMS2 | 35=MBS CLPA | 36=SPDMLEE | 37=MAST | 40=BLEE | 43=BELB | 48=TELB | 50=MSS PL3 | 51=TLEE | 52=Lab AVU1 | 53=Lab AVU2 | 54=Cup AVU1 | 55=Cup AVU2 | 56=OTCM1 | 57=BODY1 | 58=OTCM2 | 59=BODY2 | 60=SSRMS PL1 | 61=SSRMS PL2 | 62=SSRMS PL3 | 63=MSS PL1 | 64=MSS PL2 | 65=LAB1D3 | 66=LAB1P2 | 67=LAB1P4 | 68=LABCAM | 69=LAB1O5 | 70=LAB1O4 | 71=LAB1O3 | 72=LAB1O2 | 73=LAB1O1 | 74=LAB1S1 | 75=LAB1S2 | 76=LAB1S3 | 77=A/L CAM | 78=LAB1S4 | 79=N1 CAM | 80=N3 CAM |
| USLAB000097 | Video Source Routed to Downlink 3 | 0= - | 1=S3AFT | 2=S1UPOB | 3=SCU1 Mux | 4=S1LOOB | 5=JPM a | 6=JPM b | 7=S1UPIB | 8=S1LOIB | 9=COL 1 | 10=COL 2 | 11=P1UPIB | 12=SCU2 Mux | 13=NOD3S | 14=P1LOIB | 15=SCU1 Test | 16=WETA112 | 17=ORB1 | 18=ORB2 | 19=P1LOOB | 20=SCU2 Test | 21=P3AFT | 22=Payload Rack | 23=VTR1 | 24=VTR2 | 25=NOD2LO | 26=WETA115 | 28=LAB S | 31=POA PL3 | 32=POA | 33=SPDMS1 | 34=SPDMS2 | 35=MBS CLPA | 36=SPDMLEE | 37=MAST | 40=BLEE | 43=BELB | 48=TELB | 50=MSS PL3 | 51=TLEE | 52=Lab AVU1 | 53=Lab AVU2 | 54=Cup AVU1 | 55=Cup AVU2 | 56=OTCM1 | 57=BODY1 | 58=OTCM2 | 59=BODY2 | 60=SSRMS PL1 | 61=SSRMS PL2 | 62=SSRMS PL3 | 63=MSS PL1 | 64=MSS PL2 | 65=LAB1D3 | 66=LAB1P2 | 67=LAB1P4 | 68=LABCAM | 69=LAB1O5 | 70=LAB1O4 | 71=LAB1O3 | 72=LAB1O2 | 73=LAB1O1 | 74=LAB1S1 | 75=LAB1S2 | 76=LAB1S3 | 77=A/L CAM | 78=LAB1S4 | 79=N1 CAM | 80=N3 CAM |
| USLAB000098 | Video Source Routed to Downlink 4 | 0= - | 1=S3AFT | 2=S1UPOB | 3=SCU1 Mux | 4=S1LOOB | 5=JPM a | 6=JPM b | 7=S1UPIB | 8=S1LOIB | 9=COL 1 | 10=COL 2 | 11=P1UPIB | 12=SCU2 Mux | 13=NOD3S | 14=P1LOIB | 15=SCU1 Test | 16=WETA112 | 17=ORB1 | 18=ORB2 | 19=P1LOOB | 20=SCU2 Test | 21=P3AFT | 22=Payload Rack | 23=VTR1 | 24=VTR2 | 25=NOD2LO | 26=WETA115 | 28=LAB S | 31=POA PL3 | 32=POA | 33=SPDMS1 | 34=SPDMS2 | 35=MBS CLPA | 36=SPDMLEE | 37=MAST | 40=BLEE | 43=BELB | 48=TELB | 50=MSS PL3 | 51=TLEE | 52=Lab AVU1 | 53=Lab AVU2 | 54=Cup AVU1 | 55=Cup AVU2 | 56=OTCM1 | 57=BODY1 | 58=OTCM2 | 59=BODY2 | 60=SSRMS PL1 | 61=SSRMS PL2 | 62=SSRMS PL3 | 63=MSS PL1 | 64=MSS PL2 | 65=LAB1D3 | 66=LAB1P2 | 67=LAB1P4 | 68=LABCAM | 69=LAB1O5 | 70=LAB1O4 | 71=LAB1O3 | 72=LAB1O2 | 73=LAB1O1 | 74=LAB1S1 | 75=LAB1S2 | 76=LAB1S3 | 77=A/L CAM | 78=LAB1S4 | 79=N1 CAM | 80=N3 CAM |
| USLAB000099 | Space-To-Space Radio (UHF) 1 Power | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000100 | Space-To-Space Radio (UHF) 2 Power | 0=Off-Ok | 1=Not-Off Ok | 3=Not-Off Failed |
| USLAB000101 | Space-To-Space Radio Frame Sync Lock | 0=Frame Sync unlocked | 1=Frame Sync locked |
| Z1000013 | Ku-Band Transmit | 0=RESET | 1=NORMAL |
| Z1000014 | Ku-Band SGANT Elevation Position | {0:f2} |
| Z1000015 | Ku-Band SGANT Cross-Elevation Position | {0:f2} |
| Key | Description | Property Type |
|---|---|---|
| CSAMT000001 | MSS MT Position Float | Position, centimeters from 0 |
| CSAMT000001 | MSS MT Utility Port ID (which Worksite MT is connected to, WS1 though WS8) | 1=WS1 | 2=WS2 | 3=WS3 | 4=WS4 | 5=WS5 | 6=WS6 | 7=WS7 | 8=WS8 |
| CSASSRMS001 | MSS EDCD SSRMS Base Location | ? |
| CSASSRMS002 | MSS EDCD SSRMS Base Location | 1=Lab | 2=Node3 | 4=Node2 | 7=MBS PDGF 1 | 8=MBS PDGF 2 | 11=MBS PDGF 3 | 13=MBS PDGF 4 | 14=FGB | 16=POA | 19=SSRMS Tip LEE | 63=Undefined |
| CSASSRMS003 | MSS EDCD SSRMS Operating Base (Which LEE is Base) | 0=Lee A | 5=Lee B |
| CSASSRMS004 | SSRMS SR Measured Joint Position | Angle |
| CSASSRMS005 | SSRMS SY Measured Joint Position | Angle |
| CSASSRMS006 | SSRMS SP Measured Joint Position | Angle |
| CSASSRMS007 | SSRMS EP Measured Joint Position | Angle |
| CSASSRMS008 | SSRMS WP Measured Joint Position | Angle |
| CSASSRMS009 | SSRMS WY Measured Joint Position | Angle |
| CSASSRMS010 | SSRMS WR Measured Joint Position | Angle |
| CSASSRMS011 | MSS OCS Payload Status SSRMS Tip LEE | 0=Released | 1=Captive | 2=Captured |
| CSASPDM0001 | MSS OCS Base Location SPDM | ? |
| CSASPDM0002 | MSS OCS Base Location SPDM | 1=Lab | 2=Node3 | 4=Node2 | 7=MBS PDGF 1 | 8=MBS PDGF 2 | 11=MBS PDGF 3 | 13=MBS PDGF 4 | 14=FGB | 16=POA | 19=SSRMS Tip LEE | 63=Undefined |
| CSASPDM0003 | MSS OCS SPDM 1 SR Measured Joint Position | Angle |
| CSASPDM0004 | MSS OCS SPDM 1 SY Measured Joint Position | Angle |
| CSASPDM0005 | MSS OCS SPDM 1 SP Measured Joint Position | Angle |
| CSASPDM0006 | MSS OCS SPDM 1 EP Measured Joint Position | Angle |
| CSASPDM0007 | MSS OCS SPDM 1 WP Measured Joint Position | Angle |
| CSASPDM0008 | MSS OCS SPDM 1 WY Measured Joint Position | Angle |
| CSASPDM0009 | MSS OCS SPDM 1 WR Measured Joint Position | Angle |
| CSASPDM0010 | MSS Payload Status OCS SPDM Arm 1 OTCM | 0=Released | 1=Captive | 2=Captured |
| CSASPDM0011 | MSS OCS SPDM 2 SR Measured Joint Position | Angle |
| CSASPDM0012 | MSS OCS SPDM 2 SY Measured Joint Position | Angle |
| CSASPDM0013 | MSS OCS SPDM 2 SP Measured Joint Position | Angle |
| CSASPDM0014 | MSS OCS SPDM 2 EP Measured Joint Position | Angle |
| CSASPDM0015 | MSS OCS SPDM 2 WP Measured Joint Position | Angle |
| CSASPDM0016 | MSS OCS SPDM 2 WY Measured Joint Position | Angle |
| CSASPDM0017 | MSS OCS SPDM 2 WR Measured Joint Position | Angle |
| CSASPDM0018 | MSS Payload Status OCS SPDM Arm 2 OTCM? | ? |
| CSASPDM0019 | MSS Payload Status OCS SPDM Arm 2 OTCM | 0=Released | 1=Captive | 2=Captured |
| CSASPDM0020 | MSS OCS SPDM Body Roll Joint Position | Angle |
| CSASPDM0021 | MSS Payload Status OCS SPDM Body? | ? |
| CSASPDM0022 | MSS Payload Status OCS SPDM Body | 0=Released | 1=Captive | 2=Captured |
| CSAMBS00001 | MSS OCS Payload Status MBS MCAS? | ? |
| CSAMBS00002 | MSS OCS Payload Status MBS MCAS | 0=Released | 1=Captured |
| CSAMBA00003 | MSS OCS Payload Status MBS POA? | ? |
| CSAMBA00004 | MSS OCS Payload Status MBS POA | 0=Released | 1=Captive | 2=Captured |
| Key | Description | Property Type |
|---|---|---|
| AIRLOCK000001 | Supplies power through the Umbilical Interface Assembly (UIA) to the spacesuits (EMU 1), Voltage | {0:f2} |
| AIRLOCK000002 | Supplies power through the Umbilical Interface Assembly (UIA) to the spacesuits (EMU 1), Current | {0:f2} |
| AIRLOCK000003 | Supplies power through the Umbilical Interface Assembly (UIA) to the spacesuits (EMU 2), Voltage | {0:f2} |
| AIRLOCK000004 | Supplies power through the Umbilical Interface Assembly (UIA) to the spacesuits (EMU 2), Current | {0:f2} |
| AIRLOCK000005 | In-flight Refill Unit (IRU), Voltage | {0:f2} |
| AIRLOCK000006 | In-flight Refill Unit (IRU), Current | {0:f2} |
| AIRLOCK000007 | Supplies power to the spacesuits (EVA Mobility Unit, EMU 1), Voltage | {0:f2} |
| AIRLOCK000008 | Supplies power to the spacesuits (EVA Mobility Unit, EMU 1), Current | {0:f2} |
| AIRLOCK000009 | Supplies power to the spacesuits (EVA Mobility Unit, EMU 2), Voltage | {0:f2} |
| AIRLOCK000010 | Supplies power to the spacesuits (EVA Mobility Unit, EMU 2), Current | {0:f2} |
| AIRLOCK000011 | Battery Charger Assembly (BCA) 1 Voltage | {0:f2} |
| AIRLOCK000012 | Battery Charger Assembly (BCA) 1 Current | {0:f2} |
| AIRLOCK000013 | Battery Charger Assembly (BCA) 2 Voltage | {0:f2} |
| AIRLOCK000014 | Battery Charger Assembly (BCA) 2 Current | {0:f2} |
| AIRLOCK000015 | Battery Charger Assembly (BCA) 3 Voltage | {0:f2} |
| AIRLOCK000016 | Battery Charger Assembly (BCA) 3 Current | {0:f2} |
| AIRLOCK000017 | Battery Charger Assembly (BCA) 4 Voltage | {0:f2} |
| AIRLOCK000018 | Battery Charger Assembly (BCA) 4 Current | {0:f2} |
| AIRLOCK000019 | Battery Charger Assembly (BCA) 1 Status | 0=Normal | 1=No Data | 2=Missing Data | 3=Extra Data |
| AIRLOCK000020 | Battery Charger Assembly (BCA) 2 Status | 0=Normal | 1=No Data | 2=Missing Data | 3=Extra Data |
| AIRLOCK000021 | Battery Charger Assembly (BCA) 3 Status | 0=Normal | 1=No Data | 2=Missing Data | 3=Extra Data |
| AIRLOCK000022 | Battery Charger Assembly (BCA) 4 Status | 0=Normal | 1=No Data | 2=Missing Data | 3=Extra Data |
| AIRLOCK000023 | Battery Charger Assembly (BCA) 1 Channel 1 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000024 | Battery Charger Assembly (BCA) 1 Channel 2 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000025 | Battery Charger Assembly (BCA) 1 Channel 3 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000026 | Battery Charger Assembly (BCA) 1 Channel 4 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000027 | Battery Charger Assembly (BCA) 1 Channel 5 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000028 | Battery Charger Assembly (BCA) 1 Channel 6 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000029 | Battery Charger Assembly (BCA) 2 Channel 1 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000030 | Battery Charger Assembly (BCA) 2 Channel 2 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000031 | Battery Charger Assembly (BCA) 2 Channel 3 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000032 | Battery Charger Assembly (BCA) 2 Channel 4 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000033 | Battery Charger Assembly (BCA) 2 Channel 5 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000034 | Battery Charger Assembly (BCA) 2 Channel 6 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000035 | Battery Charger Assembly (BCA) 3 Channel 1 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000036 | Battery Charger Assembly (BCA) 3 Channel 2 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000037 | Battery Charger Assembly (BCA) 3 Channel 3 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to a time-out error | 14=Task terminated due to an external-temperature error | 15=Discharge | 16=Wait on Discharge | 17=Wait on Charge |
| AIRLOCK000038 | Battery Charger Assembly (BCA) 3 Channel 4 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000039 | Battery Charger Assembly (BCA) 3 Channel 5 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000040 | Battery Charger Assembly (BCA) 3 Channel 6 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000041 | Battery Charger Assembly (BCA) 4 Channel 1 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000042 | Battery Charger Assembly (BCA) 4 Channel 2 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000043 | Battery Charger Assembly (BCA) 4 Channel 3 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000044 | Battery Charger Assembly (BCA) 4 Channel 4 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000045 | Battery Charger Assembly (BCA) 4 Channel 5 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000046 | Battery Charger Assembly (BCA) 4 Channel 6 Status | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| AIRLOCK000047 | Pumps atmosphere from Airlock into Node one during depress, voltage status. | 0=Off-Ok | 1=Not-Off Ok | 2=Not-Off Failed\ |
| AIRLOCK000048 | Pumps atmosphere from Airlock into Node one during depress, switch status. | 0=No History - a charge has not been initiated yet | 1=Presently charging | 2=Task completed normally | 3=Task terminated due to stop switch being toggled | 4=Task terminated due to an open circuit error | 5=Task terminated due to Wrong Batt or Hi-imp | 6=Task terminated due to an over-temperature error | 7=Amp-hour capacity test result OK | 8=Amp-hour capacity test error | 9=Task terminated due to low charge slope error | 10=Task terminated due to power error | 11=Task terminated due to reverse-polarity error | 12=Task terminated due to a short-circuit error | 13=Task terminated due to### AIRLOCK |
| Key | Description | Property Type |
|---|---|---|
| AIRLOCK000049 | Crewlock Pressure | {0:f2} |
| AIRLOCK000050 | Hi P O2 Supply valve position | 0=CLOSED | 1=OPEN | 2=IN-TRANSIT | 3=FAILED |
| AIRLOCK000051 | Lo P O2 Supply Valve position | 0=CLOSED | 1=OPEN | 2=IN-TRANSIT | 3=FAILED |
| AIRLOCK000052 | N2 Supply Valve position | 0=CLOSED | 1=OPEN | 2=IN-TRANSIT | 3=FAILED |
| AIRLOCK000053 | Airlock Air Conditioner State | 0=RESET | 1=DRAIN | 2=DRYOUT | 3=EIB OFF | 4=OFF | 5=ON | 6=STARTUP | 7=TEST |
| AIRLOCK000054 | Airlock Pressure | {0:f2} |
| AIRLOCK000055 | Airlock Hi P O2 Tank Pressure | {0:f1} |
| AIRLOCK000056 | Airlock Lo P O2 Tank Pressure | {0:f1} |
| AIRLOCK000057 | Airlock N2 Tank Pressure | {0:f1} |
| NODE2000001 | Coolant water quantity (Node 2), MT | {0:f1} |
| NODE2000002 | Coolant water quantity (Node 2), LT | {0:f1} |
| NODE2000003 | Node 2 Air Conditioner State | 0=RESET | 1=DRAIN | 2=DRYOUT | 3=EIB OFF | 4=OFF | 5=ON | 6=STARTUP | 7=TEST |
| NODE2000006 | Air Cooling Fluid Temp (Node 2) | {0:f1} |
| NODE2000007 | Avionics Cooling Fluid Temp (Node 2) | {0:f1} |
| NODE3000001 | Node 3 ppO2 | {0:f2} |
| NODE3000002 | Node 3 ppN2 | {0:f2} |
| NODE3000003 | Node 3 ppCO2 | {0:f2} |
| NODE3000004 | Urine Processor State | 2=STOP | 4=SHUTDOWN | 8=MAINTENANCE | 16=NORMAL | 32=STANDBY | 64=IDLE | 128=SYSTEM INITIALIZED |
| NODE3000005 | Urine Tank Qty | {0:f1} |
| NODE3000006 | Water Processor State | 1=STOP | 2=SHUTDOWN | 3=STANDBY | 4=PROCESS | 5=HOT SERVICE | 6=FLUSH | 7=WARM SHUTDOWN |
| NODE3000007 | Water Processor Step | 0=NONE | 1=VENT | 2=HEATUP | 3=PURGE | 4=FLOW | 5=TEST | 6=TEST_SV_1 | 7=TEST_SV_2 | 8=SERVICE |
| NODE3000008 | Waste Water Tank Qty | {0:f1} |
| NODE3000009 | Clean Water Tank Qty | {0:f1} |
| NODE3000010 | Oxygen Generator State | 1=PROCESS | 2=STANDBY | 3=SHUTDOWN | 4=STOP | 5=VENT_DOME | 6=INERT_DOME | 7=FAST_SHUTDOWN | 8=N2_PURGE_SHUTDOWN |
| NODE3000011 | O2 Production rate | {0:f2} |
| NODE3000012 | Avionics Cooling Fluid Temp (Node 3) | {0:f1} |
| NODE3000013 | Air Cooling Fluid Temp (Node 3) | {0:f2} |
| NODE3000017 | Coolant water quantity (Node 3) | {0:f1} |
| NODE3000018 | Node 3 Air Conditioner State | 0=RESET | 1=DRAIN | 2=DRYOUT | 3=EIB OFF | 4=OFF | 5=ON | 6=STARTUP | 7=TEST |
| NODE3000019 | Coolant water quantity (Node 3) | {0:f1} |
| USLAB000053 | Lab ppO2 | {0:f2} |
| USLAB000054 | Lab ppN2 | {0:f2} |
| USLAB000055 | Lab ppCO2 | {0:f2} |
| USLAB000056 | Coolant water quantity, LT (Lab) | {0:f1} |
| USLAB000057 | Coolant water quantity, MT (Lab) | {0:f1} |
| USLAB000058 | Cabin pressure | {0:f2} |
| USLAB000059 | Cabin temperature | {0:f1} |
| USLAB000060 | Avionics Cooling Fluid Temp (Lab) | {0:f1} |
| USLAB000061 | Air Cooling Fluid Temp (Lab) | {0:f2} |
| USLAB000062 | Vacuum Resource System Valve Position | 0=FAIL | 1=OPEN | 2=CLSD | 3=TRNS |
| USLAB000063 | Vacuum Exhaust System Valve Position | 0=FAIL | 1=OPEN | 2=CLSD | 3=TRNS |
| USLAB000064 | Lab Port Air Conditioner State | 0=RESET | 1=DRAIN | 2=DRYOUT | 3=EIB OFF | 4=OFF | 5=ON | 6=STARTUP | 7=TEST |
| USLAB000065 | Lab Starboard Air Conditioner State | 0=RESET | 1=DRAIN | 2=DRYOUT | 3=EIB OFF | 4=OFF | 5=ON | 6=STARTUP | 7=TEST |
| Key | Description | Property Type |
|---|---|---|
| USLAB000082 | Standard Command Counter - Count of standard commands received by the ISS Command and Control Computer | {0:d0} |
| USLAB000083 | Data Load Command Counter - Count of data load commands received by the ISS Command and Control Computer | {0:d0} |
| USLAB000084 | ISS Command and Control Multiplexer/Demultiplexer Onboard Time (course) | %sT |
| USLAB000085 | ISS Command and Control Multiplexer/Demultiplexer Onboard Time (fine) | {0:f7} |
| USLAB000087 | # Laptops active and connected to the Primary Command and Control (C&C) Multiplexer/Demultiplexer (MDM) | {0:d0} |
| Key | Description | Property Type |
|---|---|---|
| P1000001 | Loop B Pump Flowrate (kg/hr) | {0:f1} |
| P1000002 | Loop B PM Out Press (kPa) | {0:f1} |
| P1000003 | Loop B PM Out Temp (deg C) | {0:f1} |
| P4000001 | Photovolatic Control Unit (PVCU) - Solar Array - 2A - Drive Voltage | {0:f1} |
| P4000002 | Photovolatic Control Unit (PVCU) - Solar Array - 2A - Drive Current | {0:f2} |
| P4000004 | Photovolatic Control Unit (PVCU) - Solar Array - 4A - Drive Voltage | {0:f1} |
| P4000005 | Photovolatic Control Unit (PVCU) - Solar Array - 4A - Drive Current | {0:f2} |
| P4000007 | Photovolatic Control Unit (PVCU) - Solar Array - 2A - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| P4000008 | Photovolatic Control Unit (PVCU) - Solar Array - 4A - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| P6000001 | Photovolatic Control Unit (PVCU) - Solar Array - 4B - Drive Voltage | {0:f1} |
| P6000002 | Photovolatic Control Unit (PVCU) - Solar Array - 4B - Drive Current | {0:f2} |
| P6000004 | Photovolatic Control Unit (PVCU) - Solar Array - 2B - Drive Voltage | {0:f1} |
| P6000005 | Photovolatic Control Unit (PVCU) - Solar Array - 2B - Drive Current | {0:f2} |
| P6000007 | Photovolatic Control Unit (PVCU) - Solar Array - 4B - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| P6000008 | Photovolatic Control Unit (PVCU) - Solar Array - 2B - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| S1000001 | Loop A Pump Flowrate (kg/hr) | {0:f1} |
| S1000002 | Loop A PM Out Press (kPa) | {0:f1} |
| S1000003 | Loop A PM Out Temp (deg C) | {0:f1} |
| S4000001 | Photovolatic Control Unit (PVCU) - Solar Array - 1A - Drive Voltage | {0:f1} |
| S4000002 | Photovolatic Control Unit (PVCU) - Solar Array - 1A - Drive Current | {0:f2} |
| S4000004 | Photovolatic Control Unit (PVCU) - Solar Array - 3B - Drive Voltage | {0:f1} |
| S4000005 | Photovolatic Control Unit (PVCU) - Solar Array - 3B - Drive Current | {0:f2} |
| S4000007 | Photovolatic Control Unit (PVCU) - Solar Array - 1A - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| S4000008 | Photovolatic Control Unit (PVCU) - Solar Array - 3A - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| S6000001 | Photovolatic Control Unit (PVCU) - Solar Array - 3B - Drive Voltage | {0:f1} |
| S6000002 | Photovolatic Control Unit (PVCU) - Solar Array - 3B - Drive Current | {0:f2} |
| S6000004 | Photovolatic Control Unit (PVCU) - Solar Array - 1B - Drive Voltage | {0:f1} |
| S6000005 | Photovolatic Control Unit (PVCU) - Solar Array - 1B - Drive Current | {0:f2} |
| S6000007 | Photovolatic Control Unit (PVCU) - Solar Array - 3B - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| S6000008 | Photovolatic Control Unit (PVCU) - Solar Array - 1B - Beta Gimble Assembly (BGA) Position (degrees) | {0:f1} |
| Key | Description | Property Type |
|---|---|---|
| RUSSEG000001 | Russian Segment Station Mode - Service Module (SM) | 1=Crew Rescue | 2=Survival | 3=Reboost | 4=Proximity Operations | 5=EVA | 6=Microgravity | 7=Standard |
| RUSSEG000002 | First Kurs Equipment Kit Operating | 0=Undetermined State | 1=SM KURS Equipment Set1 Operating-RS |
| RUSSEG000003 | Second Kurs Equipment Kit Operating | 0=Undetermined State | 1=SM KURS Equipment Set2 Operating-RS |
| RUSSEG000004 | Service Module Kurs P1, P2 Failure - Russian Segment | 0=Undeterminated State | 1=SM KURS P1, P2 Failure-RS |
| RUSSEG000005 | Distance from Service Module (SM) Kurs (Range) | {0:d0} |
| RUSSEG000006 | Rate from Service Module (SM) Kurs (Range Rate) | {0:f2} |
| RUSSEG000007 | Service Module (SM) Kurs-P Test Mode - Russian Segment | 0=Undetermined State | 1=SM KURS-P Test Mode-RS |
| RUSSEG000008 | Service Module (SM) Kurs-P "Capture" Signal Availability | 0=Undetermined State | 1=SM KURS-P Capture Signal -RS |
| RUSSEG000009 | Service Module (SM) Kurs-P Target Acquisition Signal - Russian Segment | 0=Undetermined State | 1=SM KURS-P Target Acquisition Signal-RS |
| RUSSEG000010 | Service Module (SM) Kurs-P Functional Mode Signal - Russian Segment | 0=Undetermined State | 1=SM KURS-P Functional Mode Signal-RS |
| RUSSEG000011 | Service Module (SM) Kurs-P Standby Mode - Russian Segment | 0=Undetermined State | 1=SM KURS-P In Standby Mode-RS |
| RUSSEG000012 | Service Module Docking Flag | 0=Undetermined State | 1=SM Docking Flag-RS |
| RUSSEG000013 | Service Module (SM) Forward Docking Port Engaged | 0=Undetermined State | 1=SM Docking Port Engaged from Xfer Side-RS |
| RUSSEG000014 | Service Module (SM) Aft Docking Port Engaged | 0=Undetermined State | 1=SM Docking Port Engaged from Instr Compartment Side-RS |
| RUSSEG000015 | Service Module (SM) Nadir (Down-looking) Docking Port Engaged - Along Y-Axis | 0=Undetermined State | 1=SM Docking Port Engaged Below (along SM -Y Axis)-RS |
| RUSSEG000016 | Functional Cargo Block (FGB) Nadir (Down-looking) Docking Port Engaged - Along Y-Axis | 0=Undetermined State | 1=FGB Bottom Docking Port Engaged (along SM -Y Axis)-RS |
| RUSSEG000017 | Service Module (SM) Nadir (Down-looking) Universal Docking Module (UDM) Docking Port Engaged - Along Y-Axis | 0=Undetermined State | 1=SM Bottom UDM Docking Port Engaged (along SM -Y Axis)-RS |
| RUSSEG000018 | Mini Research Module (MRM) 1 Docking Port Engaged - Russian Segment | 0=Undetermined State | 1=MRM1 Docking Port Engaged-RS |
| RUSSEG000019 | Mini Research Module (MRM) 2 Docking Port Engaged - Russian Segment | 0=Undetermined State | 1=MRM2 Docking Port Engaged-RS |
| RUSSEG000020 | Service Module - Docked Vehicle Hooks Closed - Russian Segment | 0=Undetermined State | 1=Docked Vehicle Hooks Closed-RS |
| RUSSEG000021 | Service Module - Russian Guidance, Navigation, and Control - Active Attitude Mode - Russian Segment | 0=Inertial Attitude | 1=LVLH SM | 2=Solar Orientation | 3=Current LVLH | 4=Current Inertial Attitude | 5=Damping | 6=TEA | 7=X-POP |
| RUSSEG000022 | Service Module - Russian Guidance, Navigation, and Control - Motion Control - Russian Segment | 0=Undetermined State | 1=SM SUDN Controls the Motion (RS master)-RS |
| RUSSEG000023 | Service Module - Russian Guidance, Navigation, and Control - Prepared to Free Drift Mode Transition - Russian Segment | 0=Undetermined State | 1=SM SUDN Prepared to Free Drift Mode Transition-RS |
| RUSSEG000024 | Service Module - Russian Guidance, Navigation, and Control - Thruster Operation Mode Terminated - Russian Segment | 0=Pre-Starting Procedure Or Thruster Operation Readiness | 1=Thruster Operation Mode is Terminated |
| S0000005 | Solar Alpha Rotary Joint (SARJ) Port Joint Angle Commanded Position (degrees) | {0:f2} |
| S0000006 | External Thermal Control System (ETCS) - Thermal Radiator Rotating Joint (TRRJ) - Loop B - Software mode | 1=STANDBY | 2=RESTART | 3=CHECKOUT | 4=DIRECTED_POSITION | 5=AUTOTRACK | 6=BLIND | 7=SHUTDOWN | 8=SWITCHOVER |
| S0000007 | External Thermal Control System (ETCS) - Thermal Radiator Rotating Joint (TRRJ) - Loop A - Software mode | 1=STANDBY | 2=RESTART | 3=CHECKOUT | 4=DIRECTED_POSITION | 5=AUTOTRACK | 6=BLIND | 7=SHUTDOWN | 8=SWITCHOVER |
| S0000008 | External Primary Solar Alpha Rotary Joint (SARJ) Port Mode | 1=STANDBY | 2=RESTART | 3=CHECKOUT | 4=DIRECTED_POSITION | 5=AUTOTRACK | 6=BLIND | 7=SHUTDOWN | 8=SWITCHOVER |
| S0000009 | External Primary Solar Alpha Rotary Joint (SARJ) Starboard Mode | 1=STANDBY | 2=RESTART | 3=CHECKOUT | 4=DIRECTED_POSITION | 5=AUTOTRACK | 6=BLIND | 7=SHUTDOWN | 8=SWITCHOVER |
| USLAB000081 | Attitude Maneuver In Progress status | 0=FALSE | 1=TRUE |
| Key | Description | Property Type |
|---|---|---|
| USLAB000032 | US Guidance, Navigation and Control (GNC) J2000 Propagated State Vector - X (km) | {0:f9} |
| USLAB000033 | US Guidance, Navigation and Control (GNC) J2000 Propagated State Vector - Y (km) | {0:f9} |
| USLAB000034 | US Guidance, Navigation and Control (GNC) J2000 Propagated State Vector - Z (km) | {0:f9} |
| USLAB000035 | US Guidance, Navigation and Control (GNC) J2000 Propagated State Vector - X (m/s) | {0:f9} |
| USLAB000036 | US Guidance, Navigation and Control (GNC) J2000 Propagated State Vector - Y (m/s) | {0:f9} |
| USLAB000037 | US Guidance, Navigation and Control (GNC) J2000 Propagated State Vector - Z (m/s) | {0:f9} |
| Key | Description | Property Type |
|---|---|---|
| RUSSEG000025 | Service Module - Russian Guidance, Navigation, and Control - Current Dynamic Mode - Russian Segment | 0=0 - Reserv | 1=1 - Thrusters | 2=2 - Gyrodines | 3=3 - Gyrodines with Desaturation on American Method | 4=4 - Gyrodines with Desaturation on Russian Method | 5=5 - Translational Thrusters Operating | 6=6 - Thrusters help CMG (desaturate CMG) | 7=7 - Free Drift Mode |
| USLAB000010 | Control Moment Gyroscope (CMG) Momentum Percentage (%) | {0:f2} |
| USLAB000012 | US Guidance, Navigation and Control (GNC) Mode | 0=Default | 1=WAIT | 2=RESERVED | 3=STANDBY | 4=CMG ATTITUDE CONTROL | 5=CMG/THRUSTER ASSIST ATTITUDE CONTROL | 6=USER DATA GENERATION | 7=FREEDRIFT |
| Key | Description | Property Type |
|---|---|---|
| S1000005 | S-Band Radio Frequency Group (RFG 1) Elevation Gimbal Position | {0:f2} |
| Key | Description | Property Type |
|---|---|---|
| USLAB000086 | ISS Station Mode | 1=Standard | 2=Microgravity | 4=Reboost | 8=Proximity_Ops | 16=External_Ops | 32=Survival | 64=ASCR | 127=all_modes |
| Key | Description | Property Type |
|---|---|---|
| S0000001 | Starboard Thermal Radiator Rotating Joint (TRRJ) Position (degrees) | {0:f1} |
| S0000002 | Port Thermal Radiator Rotating Joint (TRRJ) Position (degrees) | {0:f1} |
| S0000003 | Solar Alpha Rotary Joint (SARJ) Starboard Joint Angle Position (degrees) | {0:f2} |
| S0000004 | Solar Alpha Rotary Joint (SARJ) Port Joint Angle Position (degrees) | {0:f2} |
| Key | Description | Property Type |
|---|---|---|
| TIME_000001 | Greenwich Mean Time (GMT) | %mT |
| TIME_000002 | Year | {0:d0} |