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Compatibility Guide

Compatibility guide — User Manual

Contents
  1. 1QS-210/220
  2. 2QS-BT1/QS-H13 and QS-210/220
  3. 3DIP switches configuration

1 QS-210/220

1.1 Connecting "C" with "B"

Required adapters:
Qs-sb2 type c b adapters
Motion Lock connection diagram:
Qs-sb2 type c b diagram
Adapter can be used to connect TYPE B Power Cabinet directly with Motion Lock (QS-SBML-1 R3):
Type b to motion-lock r3
Steps:
  1. Disconnect old 2-pin Motion Lock switch, it won't be needed anymore.
  2. Connect new 6-pin QS-SBML-1 R3 Motion Lock switch into the ML UP port in the Type C power cabinet.
  3. If you have second Type C power cabinet, then connect it to the first Type C using its standard wire harness - refer to the interconnections scheme in the original user manual.
  4. Connect one end (4-pins) of Motion Lock INTERLINK cable to the ML DOWN port in the Type C power cabinet.
  5. Connect another end (6-pins) of Motion Lock INTERLINK cable to QS-SBML-622 adapter.
  6. Connect another end (2-pins) of QS-SBML-622 adapter to ML UP port in the Type B power cabinet.
  7. If you have yet another Type B power cabinet (2 in total), then connect it to Type B using its standard wire harness - refer to the interconnections scheme in the original user manual.
  8. Connect M-BUS cables and M10 in the order of your selection - it does not matter where the bus starts and ends.
  9. Plug M-BUS terminator into empty M-BUS port.
  10. Plug in the power cables with adequate plugs into power sockets.
  11. Set the appropriate position on the CFG switch according to the actuators layout of your choice (more information about CFG switch position and layout selection can be found in the original user manual).

1.2 Connecting "C" with "A"

Required adapters:
Qs-sbml-62g
Qs-sbml-1 r3
Motion Lock connection diagram:
Qs-sb2 type c a diagram
Adapter can be used to connect TYPE A Power Cabinet directly with Motion Lock (QS-SBML-1 R3):
Type a to motion-lock r3
Steps:
  1. Disconnect old 2-pin Motion Lock switch, it won't be needed anymore.
  2. Connect new 6-pin QS-SBML-1 R3 Motion Lock switch into the ML UP port in the Type C power cabinet.
  3. If you have second Type C power cabinet, then connect it to the first Type C using its standard wire harness - refer to the interconnections scheme in the original user manual.
  4. Connect one end (4-pins) of Motion Lock INTERLINK cable to the ML DOWN port in the Type C power cabinet.
  5. Connect another end (6-pins) of Motion Lock INTERLINK cable to QS-SBML-62G adapter.
  6. Connect another end (2-pins) of QS-SBML-62G adapter to ML UP port in the Type A power cabinet.
  7. If you have yet another Type A power cabinet (2 in total), then connect it to Type A using its standard harness - refer to the interconnections scheme in the original user manual.
  8. Connect M-BUS cables and M10 in the order of your selection - it does not matter where the bus start and ends.
  9. Plug M-BUS terminator into empty M-BUS port.
  10. Plug in the power cables with adequate plugs into power sockets.
  11. Set the appropriate position on the CFG switch according to the actuators layout of your choice (more information about CFG switch position and layout selection can be found in the original user manual).

1.3 Connecting "A" with "B"

Required adapters:
Qs-sbml-u2g
Motion Lock connection diagram:
Type a to b powercabinet
Steps:
  1. Connect a 2-pin Motion Lock switch into the ML UP port in the Type A power cabinet per original user manual.
  2. If you have second Type A power cabinet, then connect it to the first Type A using its standard wire harness - refer to the interconnections scheme in the original user manual.
  3. Connect one end of Motion Lock Interlink Cable to the ML DN port in the last Type A power cabinet.
  4. Connect another end of Motion Lock Interlink Cable to the matching QS-SBML-U2G adapter plug.
  5. Connect another end (2-pin black) of QS-SBML-U2G adapter to ML UP port in the Type B power cabinet.
  6. If you have another Type B power cabinet (2 in total), then connect it to Type B using its standard harness - refer to the interconnections scheme in the original user manual.
  7. Connect M-BUS cables and M10 in the order of your selection - it does not matter where the bus start and ends.
  8. Plug M-BUS terminator into empty M-BUS port.
  9. Plug in the power cables with adequate plugs into power sockets.
  10. Set the appropriate position on the CFG switch according to the actuators layout of your choice (more information about CFG switch position and layout selection can be found in the original user manual).

2 QS-BT1/QS-H13 and QS-210/220

Every QS-BT1 and QS-H13 unit is Type C Motion Lock from factory (Motion Lock button not included and can be purchased separately from our retailers; Motion Lock interlink cable is included).

2.1 Connecting "C" with "B"

Required adapters:
Qs-sbml-622
Qs-sbml-1 r3
Motion Lock connection diagram:
Type c to type b h13 bt1
Info
In case of connecting only QS-H13 or QS-BT1:

Type c to type b a h13 bt1
Steps:
  1. Connect 6-pin QS-SBML-1 R3 Motion Lock button into the matching 6-pin port in the QS-BT1 or QS-H13 (order of connection is irrelevant).
  2. Connect one end (4-pins) of Motion Lock INTERLINK cable to the matching 4-pin port in the QS-BT1 or QS-H13.
  3. Connect another end (6-pins) of Motion Lock INTERLINK cable to 6-pin connector of QS-SBML-622 adapter.
  4. Connect the connector (2-pins) of QS-SBML-622 adapter to ML UP port in the Type B power cabinet.
  5. If you have another Type B power cabinet (2 in total), then connect it to Type B using its standard wire harness - refer to the interconnections scheme in the original user manual.
  6. Connect M-BUS cables and M10 to your power cabinets in the order of your selection - it does not matter where the bus start and ends. QS-BT1 works separately via USB cable.
  7. Plug M-BUS terminator into empty M-BUS port in power cabinet.
  8. Plug in the power cables with adequate plugs into power sockets.
  9. Set the appropriate position on the CFG switch of power cabinet according to the actuators layout of your choice (more information about CFG switch position and layout selection can be found in the original user manual).

2.2 Connecting "C" with "A"

Required Motion Lock adapters:
Qs-sbml-62g
Qs-sbml-1 r3
Motion Lock connection diagram:
Type c to type a h13 bt1
Info
In case of connecting only QS-H13 or QS-BT1:

Type c to type b a h13 bt1
Steps:
  1. Connect 6-pin QS-SBML-1 R3 Motion Lock button into the ML UP port in the QS-BT1 or QS-H13 (order of connection is irrelevant).
  2. Connect one end (4-pins) of Motion Lock INTERLINK cable to the ML DOWN port in the QS-BT1 or QS-H13.
  3. Connect another end (6-pins) of Motion Lock INTERLINK cable to 6-pin connector of QS-SBML-62G adapter.
  4. Connect the green connector (2-pins) of QS-SBML-62G adapter to ML UP port in the Type A power cabinet.
  5. If you have another Type A power cabinet (2 in total), then connect it to Type A using its standard wire harness - refer to the interconnections scheme in the original user manual.
  6. Connect M-BUS cables and M10 to your power cabinets in the order of your selection - it does not matter where the bus start and ends. QS-BT1 works separately via USB cable.
  7. Plug M-BUS terminator into empty M-BUS port in power cabinet.
  8. Plug in the power cables with adequate plugs into power sockets.
  9. Set the appropriate position on the CFG switch of power cabinet according to the actuators layout of your choice (more information about CFG switch position and layout selection can be found in the original user manual).

3 DIP switches configuration

Conversion between Type A, B and C does NOT affect DIP switches configuration and layouts in any way. Refer to original QS-210, QS-220, QS-CH2, QS-V20 and QS-S25 user manuals to see how to configure DIP switches and layouts for your setup.
Info
For applications that utilize QS-CH2:
  • When 1x QS-210 or 1x QS-220 is installed in the cockpit which is then installed on top of the QS-CH2, then the DIP switch in QS-CH2 must be configured to Actuator 3-4.
  • When 2x QS-210 or 2x QS-220 (typical scenario) are installed in the cockpit which is then installed on top of the QS-CH2, then the DIP switch in QS-CH2 must be configured to Actuator 5-6.