RMB30 angular magnetic encoder module

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Elmer Fleming
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With a large range of outputs and both 5 V and 24 V power supply variants the unit is easily integrated to existing electronics.

1 RM30D01_11 Issue 11, 3 rd March 2017 RM30 angular magnetic encoder module The image does not represent all variants. The RM30 encoder module provides the functionality of the RM36 encoder in a component format for simple customer integration. With a large range of outputs and both 5 V and 24 V power supply variants the unit is easily integrated to existing electronics. The encoder module consists of a magnetic actuator and a separate sensor board. Rotation of the magnetic actuator is sensed by a custom encoder chip mounted on the sensor board, and processed to give the required output format. Output signals are provided in industry standard absolute, incremental, analogue or linear formats. The RM30 can be used in a wide range of applications including marine, medical, print, converting, industrial automation, metal working, motor control and instrumentation. Product range RM30Cx Linear current output in a range of variants. RM30I Incremental output, Push-Pull, 24 V RM30I Incremental output, Open Collector NPN, 24 V RM30IC Incremental with 80 to 2,048 pulses per revolution (320 to 8,192 counts per revolution with x4 evaluation). RM30SC Synchro serial interface (SSI) with 320 to 8,192 positions per revolution. RM30SI Synchro serial interface (SSI) and incremental outputs. RM30Vx Linear voltage output in a range of variants. 30 mm diameter circular module 24 V and 5 V power supply versions High speed operation to 30,000 rpm bsolute - to 13 bit resolution (8,192 counts per revolution) Industry standard absolute, incremental, analogue and linear output formats ccuracy to ±0.5 RoHS compliant (lead free) - see Declaration of conformity

2 RM30D01_11 Installation drawing Component area Clockwise rotation of magnet PC RM ±0.1 Ø30 ±0.2 Magnet Ø ±0.2 D Max. 2 Component area Module D I, I, IC 3.5 ±0.2 SC, SI 3.5 ±0.2 Cx, Vx 2.8 ±0.5 NOTE: For the accuracy specified the center line of the magnet needs to be square to the chip within 2 and aligned within the center of the board ±0.1 mm (mid point between the 2 mounting holes). Clockwise (CW) rotation of magnet 2

3 RM30I Incremental, Push-pull Square wave output Power supply = 8 V to 12 V or 24 V (see NOTE 2) 35 m typical Maximum output load 30 m Output signals,,,,, (RS422) Temperature Operating 40 C to +125 C Storage 40 C to +85 C Timing diagram Complementary signals not shown 360 x 4 counts per rev = 1 cycle Edge separation Resolution options (counts per revolution) Maximum speed (rpm) ccuracy* Hysteresis 128, ,000 ± , 400, 500, ,000 ± , 1,000, 1,024 20,000 ± ,600, 2,000, 2,048 10,000 ± ,096 5,000 ± ,192 2,500 ± * Worst case within operational parameters including magnet position and temperature. Reference impulse leads for clockwise rotation of magnet. RM30I +5 V V in Voltage regulator pads (see NOTE 1 on page 4) 3

4 RM30D01_11 RM30I Incremental, Open Collector, NPN Square wave output Power supply Output signals = 8 V to 26 V 35 m typical,, (open collector) Timing diagram 360 x 4 counts per rev = 1 cycle Edge separation Temperature Operating and storage 40 C to +125 C Resolution options (counts per revolution) Maximum speed (rpm) ccuracy* Hysteresis 128, ,000 ± , 400, 500, ,000 ± , 1,000, 1,024 20,000 ± ,600, 2,000, 2,048 10,000 ± ,096 5,000 ± ,192 2,500 ± * Worst case within operational parameters including magnet position and temperature. Reference impulse leads for clockwise rotation of magnet. Recommended signal termination +5 V PC R = minimum mimimal value,,,, RM30I +5 V V in Voltage regulator pads (see NOTE 1 below) NOTE 1: RM30I and RM30I boards need 2 power supplies; pad needs 24 V and pad +5 V needs 5 V. Pads V in, and +5 V have been provided to allow easy connection to a 3 terminal voltage regulator to generate 5 V from 24 V. 4

5 RM30IC Incremental outputs Square wave differential line driver to RS422 Power supply = 5 V ± 5 % Output signals Temperature Operating and storage 35 m,,,,, (RS422) 40 C to +125 C Timing diagram Complementary signals not shown 360 x 4 counts per rev = 1 cycle Edge separation Resolution options (counts per revolution) Maximum speed (rpm) ccuracy* Hysteresis ,000 ± , 400, 500, ,000 ± , 1,000, 1,024 20,000 ± ,600, 2,000, 2,048 10,000 ± ,096 5,000 ± ,192 2,500 ± * Worst case within operational parameters including magnet position and temperature. Reference impulse leads for clockwise rotation of magnet. Recommended signal termination RM30IC - Encoder Cable 0 = 120R Customer electronics 120R 10 nf - - 5

6 RM30D01_11 RM30SC bsolute binary synchro-serial interface (SSI) Serial encoded absolute position measurement Output code Natural binary Power supply = 5 V ± 5 % 35 m Repeatability 0.07 Data output Data input Temperature Operating and storage Resolution options (positions per revolution) Serial data (RS422) Clock (RS422) 40 C to +125 C Maximum speed (rpm) ccuracy* Hysteresis Timing diagram Clock Data Clock 4 MHz 12.5 µs t m 20.5 µs Position increases for clockwise rotation of magnet. Recommended signal termination Encoder Customer electronics ,000 ± , 400, 500, ,000 ± , 1,000, 1,024 20,000 ± ,600, 2,000, 2,048 10,000 ± ,096 5,000 ± ,192 2,500 ± * Worst case within operational parameters including magnet position and temperature. Cable 0 = 120R 120R 10 nf RM30SC Data- Data Clock- Clock 6

RM30SI bsolute binary synchro-serial interface (SSI) + incremental Serial encoded absolute position measurement Output code Natural binary Power supply = 5 V ± 5 % Timing diagram - SSI Complementary

7 RM30SI bsolute binary synchro-serial interface (SSI) + incremental Serial encoded absolute position measurement Output code Natural binary Power supply = 5 V ± 5 % Timing diagram - SSI Complementary signals not shown Repeatability Data output Data input Temperature Operating and storage 35 m 0.07 Serial data (RS422) Clock (RS422) 40 C to +125 C Clock Data Clock 4 MHz 12.5 µs t m 20.5 µs Position increases for clockwise rotation of magnet. Resolution options (positions per revolution) Maximum speed (rpm) ccuracy* Hysteresis ,000 ± , 400, 500, ,000 ± , 1,000, 1,024 20,000 ± ,600, 2,000, 2,048 10,000 ± ,096 5,000 ± ,192 2,500 ± * Worst case within operational parameters including magnet position and temperature. Timing diagram - incremental Complementary signals not shown 360 x 4 counts per rev = 1 cycle Edge separation RM30SI - Reference impulse - - Data- Data Clock- Clock leads for clockwise rotation of magnet. Recommended signal termination Encoder Cable 0 = 120R Customer electronics 120R 10 nf 7

RM30D01_11 RM30Cx Linear current output Power supply Output current Output loading = 20 V to 30 V DC Reverse polarity protection 50 m plus output current 4 m to 20 m R L = 0 to I OUTmax Electrical

8 RM30D01_11 RM30Cx Linear current output Power supply Output current Output loading = 20 V to 30 V DC Reverse polarity protection 50 m plus output current 4 m to 20 m R L = 0 to I OUTmax Electrical output/shaft position Nonlinearity 1 % Temperature Operating 25 C to +70 C Storage 25 C to +125 C Maximum speed 30,000 rpm Output type and electrical variant φ FS Clockwise C C CC CD Counterclockwise CE CF CG CH RM30Cx Iout RM30Vx Linear voltage output Power supply Output voltage Output loading Nonlinearity 1 % = 20 V to 30 V DC Reverse polarity protection 40 m typical 0 V to 10 V DC Max. 10 m Temperature Operating 25 C to +70 C Maximum speed Storage 25 C to +125 C 30,000 rpm Output type and electrical variant φ FS Clockwise V V VC VD Counterclockwise VE VF VG VH Electrical output/shaft position RM30Vx NC Vout 8

9 Ordering code RM30 I 09 C 1 Output type I - Incremental, push-pull, 24 V I - Incremental, open collector, 24 V IC - Incremental, RS422, 5 V SC - bsolute binary synchro-serial (SSI), RS422, 5 V SI - SSI and incremental, 5 V Cx - Linear current: Linear current output 4-20 m, supply 20 V to 30 V DC Vx - Linear voltage: Clockwise C C CC CD Counterclockwise CE CF CG CH Linear voltage output 0-10 V, supply 20 V to 30 V DC Clockwise V V VC VD Counterclockwise VE VF VG VH Shape C - Circular Special requirements* 1 - None (standard) Resolution For I, I, IC, SC and SI (counts or positions per revolution) Decimal D D D D D D D For Cx and Vx counts per revolution inary * For sample quantities of RM30 supplied with a magnet please add KIT to the end of the required RM30 part number, eg. RM30I09C1KIT. NOTE: Not all combinations are valid. Series Output type Resolution Shape Special requirements RM30 Cx Vx I I IC SC SI 10 2D0 / 1D6 / 1D0 / D80 / D50 / D40 / D32 / 13 / 12 / 11 / 10 / 09 / 08 / 07 C 1 9

RM30D01_11 Magnetic actuator and magnet ordering information ctuator for integration onto shaft Shaft = Ø*h7 Fixing: Grub screw provided magnet 6 * Hole diameter for nominal shaft size.

1 7 14 Part numbers: For resolutions up to 9 bit absolute (512 cpr incremental) RM04200 Ø4 mm shaft RM10200 Ø10 mm shaft RM05200 Ø5 mm shaft RM19200 Ø3/16 shaft RM06200 Ø6 mm shaft RM25200 Ø1/4 shaft

10 RM30D01_11 Magnetic actuator and magnet ordering information ctuator for integration onto shaft Shaft = Ø*h7 Fixing: Grub screw provided magnet 6 * Hole diameter for nominal shaft size. See table on the right for more information on available shaft sizes. Ø10 Ø*H8 Ø Part numbers: For resolutions up to 9 bit absolute (512 cpr incremental) RM04200 Ø4 mm shaft RM10200 Ø10 mm shaft RM05200 Ø5 mm shaft RM19200 Ø3/16 shaft RM06200 Ø6 mm shaft RM25200 Ø1/4 shaft RM08200 Ø8 mm shaft RM37200 Ø3/8 shaft For resolutions from 10 bit absolute (800 cpr incremental) and above RM04300 Ø4 mm shaft RM10300 Ø10 mm shaft RM05300 Ø5 mm shaft RM19300 Ø3/16 shaft RM06300 Ø6 mm shaft RM25300 Ø1/4 shaft RM08300 Ø8 mm shaft RM37300 Ø3/8 shaft ctuator for integration into shaft magnet Ø8 Part numbers: For resolutions up to 9 bit absolute (512 cpr incremental) RMH06200 For resolutions from 10 bit absolute (800 cpr incremental) and above RMH06300 ± With N-pole marker scribed to a ±5 accuracy: with N-pole marker Ø6h8 For resolutions up to 9 bit absolute (512 cpr incremental) RMH06202 For resolutions from 10 bit absolute (800 cpr incremental) and above RMH06302 Hole = Ø6G7 Fixing: Glue (recommended LOCTITE 648 or 2701) Magnet for direct recessing in non-ferrous shafts Ø4 ±0.1 4 ±0.1 Part numbers: For resolutions up to 9 bit absolute (512 cpr incremental) RMM44200 (individually packed) for sample quantities only RMM442C00 (packed in tubes) For resolutions from 10 bit absolute (800 cpr incremental) and above RMM44300 (individually packed) for sample quantities only RMM443C00 (packed in tubes) Fixing: Glue (recommended LOCTITE 648 or 2701) 10

11 Head office RLS merilna tehnika d.o.o. Poslovna cona Žeje pri Komendi Pod vrbami 2 SI-1218 Komenda Slovenia T F E mail@rls.si Document issues Issue Date Page mendments done New document Minor text changes done New layout with new installation drawing and connections images IC and SC output types added to Electrical variant table bit resolution added 3 SI output type and new 5 V variants added, magnet part numbering changed New installation drawing New layout with new connection images New layout , 5, 6 New product images , 5, 6, 8 8 bit resolution option added to output types IC, SC and SI 3 Other resolutions options added to the RM30I output RoHS added 3, 4 I and I descriptions amended; I 9-bit resolution deleted 8 Cx and Vx resolution amended 9 Ordering code amended, table added RLS merilna tehnika d.o.o. has made considerable effort to ensure the content of this document is correct at the date of publication but makes no warranties or representations regarding the content. RLS merilna tehnika d.o.o. excludes liability, howsoever arising, for any inaccuracies in this document RLS d.o.o.

RMB30 angular magnetic encoder module

RMB30 angular magnetic encoder module Data sheet RM30D01_10 Issue 10, 21 st May 2014 RM30 angular magnetic encoder module The image does not represent all variants. The RM30 encoder module provides the functionality of the RM36 encoder in