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Incremental rotary encoder Basic IEC56
Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz Max. speed= 6000 min-1, output signals= A90°B Pulses per revolution = 1 – 64, temperature range = -30 °C — +80 °C Signal level = U...Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz... -
Incremental rotary encoder Basic IEC63
Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz Max. speed= 6000 min-1, output signals= A90°B Pulses per revolution = 1 – 64, temperature range = -30 °C — +80 °C Signal level = U...Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz... -
Incremental rotary encoder Basic IEC71-105
Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz Max. speed= 6000 min-1, output signals= A90°B Pulses per revolution = 1 – 64, temperature range = -30 °C — +80 °C Signal level = U...Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz... -
Incremental encoder Nova+ IEC56
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental rotary encoder Basic IEC80
Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz Max. speed= 6000 min-1, output signals= A90°B Pulses per revolution = 1 – 64, temperature range = -30 °C — +80 °C Signal level = U...Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz... -
Incremental rotary encoder Basic IEC100 / IEC112
Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz Max. speed= 6000 min-1, output signals= A90°B Pulses per revolution = 1 – 64, temperature range = -30 °C — +80 °C Signal level = U...Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz... -
Incremental rotary encoder Basic IEC90-140
Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz Max. speed= 6000 min-1, output signals= A90°B Pulses per revolution = 1 – 64, temperature range = -30 °C — +80 °C Signal level = U...Incremental encoder with mounting flange Power supply UB= 5 – 24 VDC, Max. pulse frequency= ≤ 100 kHz... -
Incremental encoder Nova+ IEC63
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC71
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC80
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC90
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC100 / IEC112
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC132
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC160
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Absolute encoder AST IEC63
Power supply Ub= 5 - 24V DC, Max. speed (rpm)= 6000, External evaluations= RS422, Protection against reverse polarity= Yes, Measuring range= 360°, Resolution (bit)= 4 – 18, Linearity (25°C)= < 0.35°, Repeatability= ≤ 0.1°, Monoflop time typ/max (µs)= 20, Temperature range= -30°C to +80°C,...Power supply Ub= 5 - 24V DC, Max. speed (rpm)= 6000, External evaluations= RS422, Protection against reverse polarity=... -
Absolute encoder AST IEC71
Power supply Ub= 5 - 24V DC, Max. speed (rpm)= 6000, External evaluations= RS422, Protection against reverse polarity= Yes, Measuring range= 360°, Resolution (bit)= 4 – 18, Linearity (25°C)= < 0.35°, Repeatability= ≤ 0.1°, Monoflop time typ/max (µs)= 20, Temperature range= -30°C to +80°C,...Power supply Ub= 5 - 24V DC, Max. speed (rpm)= 6000, External evaluations= RS422, Protection against reverse polarity=... -
Absolute encoder AST IEC80
Power supply Ub= 5 - 24V DC, Max. speed (rpm)= 6000, External evaluations= RS422, Protection against reverse polarity= Yes, Measuring range= 360°, Resolution (bit)= 4 – 18, Linearity (25°C)= < 0.35°, Repeatability= ≤ 0.1°, Monoflop time typ/max (µs)= 20, Temperature range= -30°C to +80°C,...Power supply Ub= 5 - 24V DC, Max. speed (rpm)= 6000, External evaluations= RS422, Protection against reverse polarity=... -
Incremental encoder Nova+ IEC200
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024... -
Incremental encoder Nova+ IEC225
Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024 pulses), 3,000 (2,048 pulses), Output signals= A+B, -AB/90°, pulses / revolution= 1 - 2,048, Interface= HTL (Push-Pull), TTL, Temperature range= -30°C to +80°C, External evaluations= NPN,...Power supply Ub= 5 - 24V DC, Max. pulse frequency (kHz)= ≤ 100, Max. speed (rpm)= 6,000 (1,024...
Incremental Encoder or Absolute Encoder: Differences and Advantages
When choosing the right measuring system for electric motors, the question often arises: Incremental encoder or absolute encoder? The main difference lies in the way the position is detected. An incremental encoder measures angular changes and requires a reference point (homing) after power-up to determine its exact position.
In contrast, an absolute encoder provides its unique position within a scale immediately after power-up, without the need for reference data. This immediate readiness is a decisive criterion for modern automation solutions.
Encoder assembly – precise positioning between motor and gearbox
Incremental Encoder (BASIC) – The Economical Solution
The BASIC incremental encoder is the ideal choice for high-precision positioning tasks where cost efficiency is a priority. It is suitable for all control systems that can process HTL signals.
- Output signal: Reliable A90°B signal for standard applications.
- Resolution: Flexibly selectable between 1 and 64 pulses per revolution.
- Cost-effectiveness: Low-cost solution for simple industrial positioning.
Incremental Encoder (NOVA+) – Maximum Compatibility
The NOVA+ offers exceptional performance for demanding applications. Thanks to its technical versatility, it is compatible with practically all modern control systems.
- Signal standards: Full support for HTL and TTL (A90°B/Ā90°B).
- Precision: High resolution with up to 2048 pulses per revolution.
- Versatility: Problem-free use in complex industrial and control systems.
Absolute Encoder (AST) – Highest Precision and Safety
The AST absolute singleturn encoder ensures optimal interaction of the system components. Since it knows its position at all times, it offers maximum process reliability without loss of time.
- Immediate position detection: No reference run required after power-up or power failure.
- Maximum accuracy: Ideal for environments where safety and precision are critical.
- Efficiency: Reduces downtime and facilitates highly complex positioning tasks.
