Series RSB-3600 / Series RMB-3600
18Pages

Siedle Group NOVOHALL Rotary Sensor non-contacting Series RSB-3600 Series RMB-3600 Special features • Non-contacting, hall technology • Measuring range up to 5760° • Single- and multiturn • True-Power-On system: counts turns even when not powered. Patented non-volatile technology does not require gears or batteries • Solid shaft or hollow shaft • Protection class IP67, IP6K9K • Optimized for industrial and mobile applications • Resolution 12 bit (singleturn) or up to 18 bit (multiturn) • Absolute linearity up to ±0.03 % • One and multi-channel versions Non-contacting Rotary Sensor in very robust design including a double bearing system in a compact OD 36 mm full metal housing. The sensor is based on the Hall technology and the True-Power-On multiturn additionally utilizes the GMR technology (Giant Magneto Resistance) for measurements of up to 16 revolutions. separate shaft coupling. Versions with an industry standard M12-connector or cable in different lengths are available. There is a wide variety of analog and digital electrical interfaces to choose from. Applications • Mechanical engineering Textile machinery Packing machinery Sheet metal and wire working machinery • Medical appliances • Mobile machinery Industrial trucks Construction machinery Agricultural and forestry machinery • Navy applications The heavy-duty version in IP6K9K ingression protection version is well suited for extreme environment applications including high bearing loads. The semi-hollow shaft version with its integrated stator coupling obsoletes a costly

Output Characteristics Technical data analog versions 7 Ordering specifications analog versions 8 Technical data digital versions 9 Ordering specifications digital versions 10 Multiturn RSM-3600 Output Characteristics Technical data analog versions 11 Ordering specifications analog versions 13 Technical data digital versions 14 Ordering specifications digital versions 15 Accessories Shaft couplings 16 Page 2 Back to contents

Dimension Drawing Mounting clamp RSB/RMB-3624 Ø 10 mm shaft heavy duty CAD data see www.novotechnik.de/en/ download/cad-data/

Output Characteristics Singleturn Two channels, crossed characteristics, channel 1 cw On request: Two channels, signal 2 = 0.5 x signal 1 On request: Trapezoid output characteristics On request: Different gradients On request: 2 offset output characteristics On request: Parabolic output characteristic

Technical Data Analog Versions - Voltage - Current Singleturn RSB-3600 Type Designations Ratiometric Analog voltage Analog current Electrical Data Ouput signal Number of channels Update rate Resolution Measuring range Absolute linearity at measuring range 360° Repeatability Hysteresis Temperature error at measuring range 360 Supply voltage Ub Current consumption (w/o load) Reverse voltage Short circuit protection Insulation resistance (500 VDC) Cross-section cable Environmental Data MTTF (DIN EN ISO 13849-1 parts count method, w/o load, wc) ratiometric to supply voltage 0.1 ... 10 V 4 ......

Preferred types printed in bold novotechnikSiedle Group Ordering Specifications Analog Versions - Voltage - Current Singleturn RSB-3600 Supply voltage 1: 24 V (18 ... 30 V) 2: 5 V (4.5 ... 5.5 V) Output signal at supply voltage = 24 V 1: 0.1 ... 10 V 2: 4 ... 20 mA Output signal at supply voltage = 5 V 1: 0.25 ... 4.75 V ratiometric to supply voltage 2: 0.5 ... 4.5 V ratiometric to supply voltage Output characteristics 1: Rising cw 2: Rising ccw 3: Crossed outputs channel 1 rising cw (partly redundant) 4: Crossed outputs channel 1 rising cw (fully redundant) Electrical connection cable...

Type Designations RSB-36_ _-2 _ _-51_- _ Supply voltage 5 VDC Electrical Data Outputs Level Length Z-pulse Pulses per revolution Counts per revolution (after quadrature) Option Low Speed - Minimum edge spearation - Minimum input frequency of counter input - Maximum operational speed Option High Speed - Minimum edge spearation - Minimum input frequency of counter input - Maximum operational speed Measuring range Absolute linearity Repeatability Hysteresis Temperature error Supply voltage Ub Current consumption (w/o load) Reverse voltage Short circuit protection Ohmic load at ouputs...

Incremental protocol novotechnik Siedle Group Technical Data Incremental Interface Singleturn RSB-3600 Electrical Data Pulses per revolution 1024 512 256 128 ppr Counts per revolution (after quadrature) 4096 2048 1024 512 Option Low Speed - Minimal edge separation 8 ps - Minimum input frequency of counter input 32 32 321 321 kHz Option High Speed - Minimal edge separation 0.5 ps - Minimum input frequency of counter input 500 500 5001 1051 kHz - Maximum operational speed see note 2 The requirement for the minimum input frequency of counter input is reduced at lower speed (see charts below)...

Preferred types printed in bold novotechnikSiedle Group Ordering Specifications Digital Versions - Incremental Singleturn RSB-3600 Interface 5: Incremental interface A / B / Z Interface parameters for Incremental Interface Low Speed Mode (Minimum edge separation 8 ps) 15: 5 V (4.5 ... 5.5 V) supply voltage, output RS422, TTL- compatible High Speed Mode (Minimum edge separation 0.5 ps) 10: 5 V (4.5 ... 5.5 V) supply voltage, output RS422, TTL-compatible 24 V supply voltage on request. UVW signals instead of ABZ signals for motor commutation on request Absolute position at Power On (Power on...

Output signals measuring range 2 ... 14 turns Unterer Uberdrehbereich Lower overtravel range Oberer Uberdrehbereich Upper overtravel range Winkel / angle Output signals measuring range 15 ... 16 turns Unterer Uberdrehbereich 0 berer U herd reh bereich Lower overtravel range Upper overtravet range Messbereich 15 Oder 16 Umdrehungen measuring range output ccw Wmkel r angle novotechnik Siedle Group Output Characteristics Multiturn Back to contents

Technical Data Analog Versions - Voltage - Current Multiturn RMB-3600 Type Designations Ratiometric Analog voltage Analog current Electrical Data Output signal Number of channels Resolution Start time Response time Measuring range Linearity Repeatability Hysteresis Temperature error Supply voltage Ub Current consumption (w/o load) Reverse voltage Short circuit protection Insulation resistance (500 VDC) Cross-section cable Environmental Data MTTF (DIN EN ISO 13849-1 parts count method. w/o load. wc) Functional safety EMC compatibility typical 30 yes, supply lines and outputs yes (vs. GND and...