Autonics Encoder, Multi-turn Absolute, 8mm Shaft, 10 bit per 1024 Rev for Single turn, 13 bit per 8192 Rev for multi turn, Binary 2 code, Line Drive Output, 12-24 VDC

$436.00

Model Number:
EPM50S8-1013-B-S-24
Availability:
Call + 1. 847. 388. 7191
Brand:
AUTONICS

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Description

ø50mm shaft type absolute multi-turn rotary encoders EPM50 series makes possible to realize space saving mounting and to implement various user applications by adding side connector type line-ups. Absolute multi-turn encoders EPM50 series provides both absolute position data per revolution and revolution count data with 23 bit high resolution and accuracy. In addition, the series allows more diverse user’s choice with parallel and serial (SSI) transmission type outputs. It can be used for control of an industrial robot or high precision motor.

Main features

● Compact size of diameter ø50mm
● Parallel data / SSI data transmission type
● Total 23bit resolution(8388608 divisions) of 10bit
   single-turn(1024 divisions) and 13bit multi-turn (8192 divisions)

● Easy zero adjustment using single-turn / multi-turn data separated reset function
● Memorizing revolution data up to ±90° after blackout without memory back up function
● Possible CW/CCW direction setting with direction function
● Maximizing users convenience with lclear, overflow alarm (OVF) function
● Protection structure IP64(IEC standard)
● Provides Latch function(Parallel output model only)
 

Applications

* Rotation and position control of the wind turbine generator.

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Specifications

Type ø50mm Multi-turn absolute encoder
Model EPM50S8-1013-B-S-24 EPM50S8-1013-B-PN-24
Resolution Single-turn 1024 division(10Bit)
Multi-turn 8192 revolution(13Bit)
Rotation limit when power is off ¶ 1 ±90°
Electrical specification Output Output code 24bit, Binary 2 code Binary 2 code
Output Interface SSI(Synchronous Serial Interface) Parallel
Output type Line driver NPN open collector output
Output signal Single-turn data, Multi-turn count, OVF alarm ¶ 2
Line driver output • Low: Sink current - max. 20mA,
Residual voltage - max. 0.5VDC
• High: Sink current - max. -20mA,
Output voltage - max. 2.5VDC
-
NPN open collector output - Sink current : Max. 32mA, Residual voltage : Max. 1VDC
Logic - Negative logic output
Response time - Max. 1µs (Cable: 2m, I sink = 32mA)
Input Input signal Single-turn data reset ¶ 3, Multi-turn count reset ¶ 4, Direction, Clear
- Latch
Input level High : 5-24VDC, Low : 0-1.2VDC
Input logic Low active¶ 5, HIGH or OPEN for common use
Input time Direction : Over 100ms
Single-turn data reset: Over 100ms
Multi-turn count reset: Over 100ms
Clear: Over 100ms
No Latch function Latch : Over 500µs
SSI Clock Input Frequency 100kHz to 1MHz -
Electrical specification Max. Response frequency - 50kHz
Power supply 12-24VDC, ±5%(Rlpple P-P : Max. 5%)
Current consumption Max. 150mA(Disconnection of the load) Max. 100mA(Disconnection of the load)
Insulation resistance Min. 100MΩ(At 500VDC between all terminals and case)
Dielectric strength 750VAC 50/60Hz for 1 minute(Between all terminals and case)
Connection Cable type(Cable gland)
Mechanical specification Starting torque Max. 40gf·cm(0.004N·m)
Moment of inertia Max. 40g·cm²(4×10-6 kg·m²)
Shaft loading Radial: 10kgf, Thrust: 2.5kgf
Max. revolution ¶ 6 3000rpm
Vibration 1.5mm amplitude or 300m/s2 at frequency of 10 to 55Hz(for 1 min.) in each of X, Y, Z directions for 2 hours
Shock Approx. Max. 50G
Environ-ment Ambient temperature -10 to 70°C, storage : -25 to 85°C
Ambient humidity 35 to 85%RH, storage : 35 to 90%RH
Protection IP64(IEC standard), Radial cable type : IP50(IEC standard)
Cable ø6, 10-wire, Length : 2m, Shield cable
(AWG28, Core diameter : 0.08mm,
Number of cores : 19, Insulation out diameter : ø0.8)
oslash;6, 17-wire×2, Length : 2m, Shield cable
(AWG28, Core diameter : 0.08mm,
Number of cores : 17, Insulation out diameter : ø0.8)
Accessory Mounting bracket, Coupling
Approval CE, RoHS
Unit weight Approx. 322g Approx. 475g
Document download
¶ 1: It calibrates the multi-turn counts by comparing single-turn data before/after power off without counting multi-turn counts when power is off. It shall be used on the condition that no over-rated revolution occurred since proper multi-turn data may not be available if any revolutions occurred over ±90° from the position when power is off.
¶ 2: OVF alarm is ON when multi-turn count is out of counting range (0 to 8191 revolution).
It shall be initialized by changing the setting of direction or applying multi-turn count reset or clear signals.
¶ 3: Single-turn data shall be initialized as[0]when single-turn data reset is input.
¶ 4: Multi-turn count shall be initialized as[0 revolution]when multi-turn count reset is input.
¶ 5: High active is customizable.
¶ 6: Make sure that. Max response revolution should be lower than or equal to max. allowable revolution when selecting the resolution.
[Max. response revolution(rpm)= Max. response frequency / Resolution × 60 sec]
¶ Environment resistance is rated at no freezing or condensation.



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