Shanghai Huabang Industrial Business Network - encoder

[Incremental encoder]ZPK3800 type incremental encoder

2026-6-11 10:51:19

ZPK3800 incremental encoder

[Incremental encoder]MEC24IN1024PU2 magnetic induction incremental encoder

2026-6-11 10:51:11

MEC24IN1024PU2 magnetic induction incremental encoder

[Incremental encoder]IS-100-5L encoder

2026-6-11 10:51:02

IS-100-5L encoder

Basic model	IS-100-5L
Main dimensions	Shell: 136 * 68 plastic material, easy to move, strong anti-interference ability
Auxiliary pulse	25P/R 100P/R
power supply voltage	DC 5V DC 12V
input circuit	F: Complementary output E: voltage output L: driver output C: open collector output or as required
mechanical speed	��200rpm
frequency response	��5KHz
job characteristics	Storage temperature: -30 ��~85 �� Operating temperature: -10 ��~70 �� Consumption current: �� 150mA Protection level: IP54 with optional control switch and emergency stop switch Widely used in CNC machines, printing machinery, and other CNC equipment with three levels of magnification: * 1, * 10, and * 100
working life	MTBF��10000h ��+25�棬200rpm��

IS-100-5L encoder

[Incremental encoder]RI41 type incremental shaft encoder

2026-6-11 10:50:54

The RI41 type incremental shaft encoder is an economical encoder that meets industry standards
EMC electromagnetic compatibility level 4 in accordance with IEC801
Anti short circuit and overload protection
If the encoder self checks for disk contamination, disk breakage, high temperature, undervoltage, and excessive LED aging, it will provide an alarm output.
Maximum pulse frequency 300KHz
Resolution 5-2000 pulses per revolution
Protection level IP50

shaft diameter	6mm
Maximum absolute axle load	Radial 30N, axial 15N
maximum speed	6000rpm
torque	1N*cm
protect	IP50
Operating Temperature	-10�桪+70��
storage temperature	-25�桪+85��
connection method	1.5m radial cable
shell	aluminium
weight	About 60g

RI41 type incremental shaft encoder

[Incremental encoder]RI58 type incremental shaft encoder

2026-6-11 10:50:45

The RI58 incremental shaft encoder is a synchronous flange with a maximum frequency response of 300kHz, an IP65 protective clamping flange, a maximum of 10000 pulses per revolution, and standard industrial installation dimensions.

resolution	1-10000 pulses per revolution
Pulse channel	Refer to the signal timing diagram
Pulse waveform	Square wave, duty cycle 1:1, phase difference 90 °± 25 °
output	According to the wiring diagram, the wire is shielded and connected to the sensor
shaft diameter	6mm�� 8mm
Axle load	Axial 10N, radial 20N
Maximum Torque	<=1N·cm
maximum speed	10000rpm
wiring	1.5m standard cable
Protection complies with DIN40050 standard	Shell IP64 axis IP67
Overall Design	DIN VDE 0160
Operating Temperature	-10�桫+70��
Storage temperature	-25�桫+85��
shell	aluminium
weight	About 360g
moment of inertia	0.14N·cm

RI58 incremental shaft encoder

[Incremental encoder]TDR-2E Encoder

2026-6-11 10:50:36

TDR-2E encoder uses grating components with high measurement accuracy and stable performance, which can be widely used in various mechanical industries.

model	resolution	output	power supply
TDR-2E	10-2500	A. B adds Z phase	DC10-30V

model	Inner shaft diameter	material
GJ-6	six	engineering plastic
DJ-6	six	high-strength aluminum

TDR-2E encoder

[Incremental encoder]Elevator encoder

2026-6-11 10:50:28

Introduction to STE Elevator Encoder:
one
The circuit board and leads of the STE elevator encoder are all shielded and manufactured, with a long line driver output to ensure stable and reliable signal output. It can produce encoders with different hollow shaft sizes and outer diameters, making it easy to choose.

[Incremental encoder]STE servo motor 38 encoder

2026-6-11 10:50:19

STE servo motor 38 encoder

The response frequency is up to 500KHz, with voltage stabilization circuit and anti-interference circuit. It uses Swiss made grating blanks and can be used on servo motors with high vibration, strong electromagnetic interference, and speeds up to 12000 revolutions per minute.

STE servo motor 38 encoder

[Incremental encoder]58S10 encoder

2026-6-11 10:50:10

Introduction to 58S10 Encoder:

Metal casing, sturdy, stable and impact resistant.
Using a sturdy 10mm spindle can increase the shaft load of the encoder.
Suitable for CNC lathes.

58S10 encoder

[Absolute encoder]OGR8G-2 Encoder

2026-6-11 10:49:14

OGR8G-2 encoder

[Absolute encoder]STE10 bit absolute encoder

2026-6-11 10:49:05

Introduction to STE10 bit absolute encoder:

Output as Gray code with no reading error.
Metal casing, dust-proof and drip proof construction.
High performance design that values ease of use.

STE10 bit absolute encoder

[Absolute encoder]JZB-32768 Contact type multi turn absolute encoder

2026-6-11 10:48:56

Technical specifications of JZB-32768 contact type multi turn absolute encoder:

1. Model: JZB-32768
2. Measurement range: 0-32767
3. Resolution per cycle: 1/512
4. Continuous turns: 64 turns
5. Contact voltage withstand: DC5-30V
6. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Maximum response frequency: 10KHz
10. Operating environment temperature: -40 �� to+85 ��
11. Storage environment temperature: -55 ��~+110 ��
12. Protection level: IP63
13. Starting torque:<4Ncm
14. Allowable load on the shaft: 50N radially and 40N axially

[Absolute encoder]JZB-8192 Contact type multi turn absolute encoder

2026-6-11 10:48:48

Technical specifications of JZB-8192 contact type multi turn absolute encoder:

1. Model: JZB-8192
2. Measurement range: 0-8191
3. Resolution per cycle: 1/128
4. Continuous turns: 64 turns
5. Contact voltage withstand: DC5-30V
6. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Maximum response frequency: 10KHz
10. Operating environment temperature: -40 �� to+85 ��
11. Storage environment temperature: -55 ��~+110 ��
12. Protection level: IP63
13. Starting torque:<4Ncm
14. Allowable load on the shaft: 50N radially and 40N axially

[Absolute encoder]JZB-1024 Contact type single coil absolute encoder

2026-6-11 10:48:39

Technical specifications of JZB-1024 contact type single coil absolute encoder:

1. Model: JZB-1024
2. Measurement range: 0-1023
3. Resolution per cycle: 1/1024
4. Contact voltage withstand: DC5-30V
5. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
6. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
7. Output methods: aviation plug out (side out), lead out (side out)
8. Maximum response frequency: 10KHz
9. Operating environment temperature: -40 �� to+85 ��
10. Storage environment temperature: -55 ��~+110 ��
11. Protection level: IP63
12. Starting torque:<2.5Ncm
13. Allowable load on the shaft: 50N radially and 40N axially

[Absolute encoder]JZB-65536 Contact type multi turn absolute encoder

2026-6-11 10:48:30

Technical specifications of JZB-65536 contact type multi turn absolute encoder:

1. Model: JZB-65536
2. Measurement range: 0-65535
3. Resolution per cycle: 1/1024
4. Continuous turns: 64 turns
5. Contact voltage withstand: DC5-30V
6. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Maximum response frequency: 10KHz
10. Operating environment temperature: -40 �� to+85 ��
11. Storage environment temperature: -55 ��~+110 ��
12. Protection level: IP63
13. Starting torque:<4Ncm
14. Allowable load on the shaft: 50N radially and 40N axially

[Absolute encoder]JZB-16384 Contact type multi turn absolute encoder

2026-6-11 10:48:21

JZB-16384 contact type multi turn absolute encoder

1. Output signal: A-4-20mA standard analog quantity B parallel Gray code output C serial RS485 serial communication interface (positive sky protocol) M serial RS485 serial communication interface (ModBus protocol) S SSI synchronous serial signal interface
2. Outer diameter (number of main body diameters: �� 64, �� 79) or made according to user requirements
3. Aluminum alloy shell, special surface treatment

Technical specifications of JZB-16384 contact type multi turn absolute encoder:
1. Model: JZB-16384
2. Measurement range: 0-16383
3. Resolution per cycle: 1/256
4. Continuous turns: 64 turns
5. Contact voltage withstand: DC5-30V
6. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Maximum response frequency: 10KHz
10. Operating environment temperature: -40 �� to+85 ��
11. Storage environment temperature: -55 ��~+110 ��
12. Protection level: IP63
13. Starting torque:<4Ncm
14. Allowable load on the shaft: 50N radially and 40N axially

[Absolute encoder]JZB-4096 Contact type multi turn absolute encoder

2026-6-11 10:48:12

Characteristics of JZB-4096 contact type multi turn absolute encoder:
1. Output signal: A-4-20mA standard analog quantity B parallel Gray code output C serial RS485 serial communication interface (positive sky protocol) M serial RS485 serial communication interface (ModBus protocol) S SSI synchronous serial signal interface
2. Outer diameter (number of main body diameters: �� 64, �� 79) or made according to user requirements
3. Aluminum alloy shell, special surface treatment

Technical specifications of JZB-4096 contact type multi turn absolute encoder:
1. Model: JZB-4096
2. Measurement range: 0-4095
3. Resolution per cycle: 1/64
4. Continuous turns: 64 turns
5. Contact voltage withstand: DC5-30V
6. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
7. Output form: When using parallel signals: O-collector open circuit negative logic output? P-collector open circuit positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products have collector open circuit negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Maximum response frequency: 10KHz
10. Operating environment temperature: -40 �� to+85 ��
11. Storage environment temperature: -55 ��~+110 ��
12. Protection level: IP63
13. Starting torque:<4Ncm
14. Allowable load on the shaft: 50N radially and 40N axially

[Absolute encoder]JZB-512 Contact type single coil absolute encoder

2026-6-11 10:48:03

Technical specifications of JZB-512 contact type single coil absolute encoder:

1. Model: JZB-512
2. Measurement range: 0-511
3. Resolution per cycle: 1/512
4. Contact voltage withstand: DC5-30V
5. Current consumption: �� 20mA (in case of serial signal); No current consumption (in parallel signal)
6. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
7. Output methods: aviation plug out (side out), lead out (side out)
8. Maximum response frequency: 10KHz
9. Operating environment temperature: -40 �� to+85 ��
10. Storage environment temperature: -55 ��~+110 ��
11. Protection level: IP63
12. Starting torque:<2.5Ncm
13. Allowable load on the shaft: 50N radially and 40N axially

[Axial encoder]J60MAX003 Type Rotary Inductive Axial Encoder

2026-6-11 10:47:32

J60MAX003 Rotary Inductive Axial Encoder

[Axial encoder]J60MAX001 Type Rotary Inductive Axial Encoder

2026-6-11 10:47:23

J60MAX001 Rotary Inductive Axial Encoder

[Axial encoder]J210MAXS002 Type Rotary Inductive Axial Encoder

2026-6-11 10:47:14

J210MAXS002 Rotary Inductive Axial Encoder

[Axial encoder]J70MAXS007 Type Rotary Inductive Axial Encoder

2026-6-11 10:47:06

J70MAXS007 Rotary Inductive Axial Encoder

[Axial encoder]IB series encoder

2026-6-11 10:46:57

IB series encoder

Type marking	Power supply voltage DC (V)	Current consumption (mA)	output method	Output voltage (V)		injected current ��mA��	Minimum load impedance ��	rise time ��S��	fall time ��S��	response frequency ��KHz��
Type marking	Power supply voltage DC (V)	Current consumption (mA)	output method	VH	VL	injected current ��mA��	Minimum load impedance ��	rise time ��S��	fall time ��S��	response frequency ��KHz��
001	5±0.5	eighty	voltage	four	zero point five	-	-	zero point three five	0��03	one hundred
002	12±1.2	one hundred and fifty	voltage	ten	zero point five	-	-	zero point three five	0��03	one hundred
003	15±1.5	one hundred and fifty	voltage	twelve	zero point five	-	-	zero point three five	0��03	one hundred
004	50±0.5	one hundred and fifty	Collector open circuit	-	-	forty	-	zero point three five	0��03	one hundred
005	12±1.2	one hundred and fifty	Collector open circuit	-	-	sixty	-	zero point three five	0��03	one hundred
006	12±1.2	two hundred and fifty	Collector open circuit	-	-	sixty	-	zero point three five	0��03	one hundred
007	12±1.2	one hundred and fifty	Long line driver	two point five	zero point five	-	-	zero point three five	0��03	one hundred

IB series encoder

[Axial encoder]IE series rotary encoder

2026-6-11 10:46:48

IE series rotary encoder

Type marking	Power supply voltage DC ��V��	current consumption ��mA��	output method	Output voltage (V)		injected current ��mA��	Minimum load impedance ��	Rise and fall time ��S��	response frequency ��KHz��
Type marking	Power supply voltage DC ��V��	current consumption ��mA��	output method	VH	VL	injected current ��mA��	Minimum load impedance ��	Rise and fall time ��S��	response frequency ��KHz��
05E	5±0.25	one hundred and fifty	voltage	three point five	zero point five	-	-	one	one hundred
05C	5±0.25	one hundred and fifty	Collector open circuit	-	-	forty	-	one	one hundred
05P	5±0.25	one hundred and fifty	Long line driver (SN75183)	two point five	zero point five	-	-	zero point two	one hundred
05L	5±0.25	one hundred and fifty	Long line driver (AM26LS31)	two point five	zero point five	-	-	zero point two	one hundred
05H	5±0.25	one hundred and fifty	Long line driver (MC3487)	two point five	zero point five	-	-	zero point two	one hundred
05D	5±0.25	two hundred and fifty	Long line driver (SN75113)	two point five	zero point five	-	-	zero point two	one hundred
12M	12±1.2	one hundred and fifty	Long line driver (MM88C30)	eight	zero point five	-	-	one	one hundred
12E	12±1.2	one hundred and fifty	voltage	eight	zero point five	-	-	one	one hundred
12C	12±1.2	one hundred and fifty	Collector open circuit	-	-	forty	-	one	one hundred
12F	12±1.2	one hundred and fifty	complementary	eight	one	-	five hundred	one	one hundred
15E	15±1.5	one hundred and fifty	voltage	ten	zero point five	-	-	one	one hundred
15C	15±1.5	one hundred and fifty	Collector open circuit	-	-	forty	-	one	one hundred
15F	15±1.5	one hundred and fifty	complementary	ten	one	-	five hundred	one	one hundred
24E	24±2	one hundred and eighty	voltage	twenty	zero point five	-	-	two	one hundred
24C	24±2	one hundred and eighty	Collector open circuit	-	-	forty	-	two	one hundred
24F	24±2	one hundred and eighty	complementary	twenty	twenty	-	five hundred	two	ten

IE series rotary encoder

[Axial encoder]IF series encoder

2026-6-11 10:46:40

The IF series encoder is applied in automation fields such as automatic control and automatic measurement. Such as CNC machine tools, servo motors, high-speed elevators, robots, steel rolling machinery, textile machinery, printing machinery, light industry machinery, automotive industry, financial electronics, fuel dispensers, and flow meters.

Type marking	Power supply voltage DC ��V��	current consumption ��mA��	output method	Output voltage (V)		injected current ��mA��	Minimum load impedance ��	Rise and fall time ��S��	response frequency ��KHz��
Type marking	Power supply voltage DC ��V��	current consumption ��mA��	output method	VH	VL	injected current ��mA��	Minimum load impedance ��	Rise and fall time ��S��	response frequency ��KHz��
05E	5±0.25	one hundred and fifty	voltage	three point five	zero point five	-	-	one	one hundred
05C	5±0.25	one hundred and fifty	Collector open circuit	-	-	forty	-	one	one hundred
05P	5±0.25	one hundred and fifty	Long line driver (SN75183)	two point five	zero point five	-	-	zero point two	one hundred
05L	5±0.25	one hundred and fifty	Long line driver (AM26LS31)	two point five	zero point five	-	-	zero point two	one hundred
05H	5±0.25	one hundred and fifty	Long line driver (MC3487)	two point five	zero point five	-	-	zero point two	one hundred
05D	5±0.25	two hundred and fifty	Long line driver (SN75113)	two point five	zero point five	-	-	zero point two	one hundred
12M	12±1.2	one hundred and fifty	Long line driver (MM88C30)	eight	zero point five	-	-	one	one hundred
12E	12±1.2	one hundred and fifty	voltage	eight	zero point five	-	-	one	one hundred
12C	12±1.2	one hundred and fifty	Collector open circuit	-	-	forty	-	one	one hundred
12F	12±1.2	one hundred and fifty	complementary	eight	one	-	five hundred	one	one hundred
15E	15±1.5	one hundred and fifty	voltage	ten	zero point five	-	-	one	one hundred
15C	15±1.5	one hundred and fifty	Collector open circuit	-	-	forty	-	one	one hundred
15F	15±1.5	one hundred and fifty	complementary	ten	one	-	five hundred	one	one hundred
24E	24±2	one hundred and eighty	voltage	twenty	zero point five	-	-	two	one hundred
24C	24±2	one hundred and eighty	Collector open circuit	-	-	forty	-	two	one hundred
24F	24±2	one hundred and eighty	complementary	twenty	twenty	-	five hundred	two	one hundred

IF series encoder

[Axial encoder]IK100 series encoder

2026-6-11 10:46:31

The IK100 series encoder is a speed and displacement sensor that integrates optical, mechanical, and electrical technologies. When the encoder shaft drives the grating disk to rotate, the light emitted by the light-emitting element is cut into intermittent light rays by the grating disk and slit, and received by the receiving element to generate an initial signal. After subsequent circuit processing, the signal is output as a pulse (or code) signal.

Characteristics and Applications of IK100 Series Encoder
It has small size, safety and convenience, good interchangeability, and strong anti-interference.
High speed: up to 6000rpm, high frequency response 0-100KHz. The application user requires a maximum of 300KHZ. When placing an order, please specify this requirement.
Wide resolution range: 10-100000P/R, wide application temperature range: standard application temperature -10 �� -70 ��; High temperature application temperature -25 ��~100 ��; Extremely high application temperature -35 ��~120 �� (please specify special requirements for orders).
Strong axle load capacity, impact resistance, good earthquake resistance, high reliability, and long working life.
Equipped with partial load short-circuit protection circuit, it can be equipped with a driver to extend the signal transmission distance.

Applied in automation fields such as automatic control and automatic measurement. Such as CNC machine tools, servo motors, high-speed elevators, robots, steel rolling machinery, textile machinery, printing machinery, light industry machinery, automotive industry, financial electronics, fuel dispensers, and flow meters.

Power supply voltage DC (V)	Current consumption (mA)	output method	Output voltage (V)		Rise and fall time (�� S)	Response frequency (KHz)
Power supply voltage DC (V)	Current consumption (mA)	output method	VH	VL	Rise and fall time (�� S)	Response frequency (KHz)
8-30	��150	complementary	��Vcc*70%	��0.5	��1	0~100
		voltage	��Vcc*70%	��0.5	��1	0~100
		Collector open circuit	-	-	��1	0~100
five	��150	Long line drive (26LS31)	��2.5	��0.5	��0.2	0~100
five	��150	Long line drive (MC3487)	��2.5	��0.5	��0.2	0~100

IK100 series encoder

[Axial encoder]110BZJ001 Dual channel rotary transmitter shaft angle encoder

2026-6-11 10:46:23

Characteristics of 110BZJ001 dual channel rotary transmitter shaft angle encoder

Using tracking feedback encoding method, the coarse and fine machine outputs of the dual channel rotary transmitter are separately encoded. Use error correction circuits to address the zero position deviation between coarse and fine channels. Equipped with analog compensation and digital compensation after encoding the shaft angle, it can further improve accuracy to the level of angular seconds.

Product Model	resolution	angular error	power consumption	output signal	working power supply
110BZJ001	19.8��	��±39��	��5W	Sixteen bit parallel binary code (TTL level)	+5±0.75V��5±0.75V��+5±0.25V

110BZJ001 dual channel rotary transmitter shaft angle encoder

[Axial encoder]J87MAXS214 Single channel rotary transmitter shaft angle encoder

2026-6-11 10:46:14

Characteristics of J87MAXS214 Single Channel Rotary Converter Shaft Angle Encoder

The RDC conversion circuit is composed of high-speed sine and cosine multipliers, reversible counters, error amplifiers, phase sensitive detectors, integrators, voltage controlled oscillators, etc., to achieve shaft angle/digital conversion of the output of a single channel rotary transmitter. It has analog compensation, digital compensation after encoding the shaft angle, and accuracy up to angle classification.

Product Model	Encoding numerical range	resolution	Work perspective	angular error	output format	power supply voltage
J87MAXS214	000H~1FFFH	14bit	±60°	5��16��	Serial Gray Code	-2.6V��+12.6V��+5V

J87MAXS214 single channel rotary transmitter shaft angle encoder

[optical encoder]R37T/R42T incremental photoelectric encoder with UVW

2026-6-11 10:45:25

R37T/R42T incremental photoelectric encoder with UVW

[optical encoder]HES( Internal security control) photoelectric encoder

2026-6-11 10:45:16

HES (Internal Security Control) Optical Encoder

[optical encoder]GD-65536 Optical Multi Loop Absolute Encoder

2026-6-11 10:45:08

Technical specifications of GD-65536 photoelectric multi turn absolute encoder:

1. Model: GD-65536
2. Measurement range: 0-65535
3. Resolution per cycle: 1/1024
4. Continuous turns: 64
5. Current consumption: �� 80mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.8Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-16384 Optical Multi Loop Absolute Encoder

2026-6-11 10:44:59

Technical specifications of GD-16384 photoelectric multi turn absolute encoder:

1. Model: GD-16384
2. Measurement range: 0-16383
3. Resolution per cycle: 1/256
4. Continuous turns: 64
5. Current consumption: �� 80mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.8Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-4096 Optical Multi Loop Absolute Encoder

2026-6-11 10:44:50

Technical specifications of GD-4096 photoelectric multi turn absolute encoder:

1. Model: GD-4096
2. Measurement range: 0-4095
3. Resolution per cycle: 1/64
4. Continuous turns: 64
5. Current consumption: �� 80mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.8Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-512 Optoelectronic Single Loop Absolute Encoder

2026-6-11 10:44:42

Technical specifications of GD-512 photoelectric single coil absolute encoder:

1. Model: GD-512
2. Measurement range: 0-511
3. Resolution per cycle: 1/512
4. Continuous turns: 1
5. Current consumption: �� 50mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: In parallel signal mode: O-open collector negative logic output P-open collector positive logic output
E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use collector collector open circuit negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.5Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-32768 Optical Multi Loop Absolute Encoder

2026-6-11 10:44:33

GD-32768 photoelectric multi turn absolute encoder

1. Output signal: A-4-20mA standard analog quantity B parallel Gray code output C serial RS485 serial communication interface (positive sky protocol) M serial RS485 serial communication interface (ModBus protocol) S SSI synchronous serial signal interface
2. Outer diameter (number of main body diameters: �� 64, �� 79) or made according to user requirements
3. Aluminum alloy shell, special surface treatment

Technical specifications of GD-32768 photoelectric multi turn absolute encoder:

1. Model: GD-32768
2. Measurement range: 0-32767
3. Resolution per cycle: 1/512
4. Continuous turns: 64
5. Current consumption: �� 80mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.8Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-8192 Optical Multi Loop Absolute Encoder

2026-6-11 10:44:25

GD-8192 photoelectric multi turn absolute encoder features:

1. Output signal: A-4-20mA standard analog quantity B parallel Gray code output C serial RS485 serial communication interface (positive sky protocol) M serial RS485 serial communication interface (ModBus protocol) S SSI synchronous serial signal interface
2. Outer diameter (number of main body diameters: �� 64, �� 79) or made according to user requirements
3. Aluminum alloy shell, special surface treatment

Technical specifications of GD-8192 photoelectric multi turn absolute encoder:

1. Model: GD-8192
2. Measurement range: 0-8191
3. Resolution per cycle: 1/128
4. Continuous turns: 64
5. Current consumption: �� 80mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.8Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-256 Optoelectronic Single Loop Absolute Encoder

2026-6-11 10:44:15

GD-256 photoelectric single turn absolute encoder features:

1. Output signal: A-4-20mA standard analog quantity B parallel Gray code output C serial RS485 serial communication interface (positive sky protocol) M serial RS485 serial communication interface (ModBus protocol) S SSI synchronous serial signal interface
2. Outer diameter (number of main body diameters: �� 64, �� 79) or made according to user requirements
3. Aluminum alloy shell, special surface treatment
4. Customized front gearbox based on single-stage encoder

Technical specifications of GD-256 photoelectric single coil absolute encoder

1. Model: GD-256
2. Measurement range: 0-255
3. Resolution per cycle: 1/256
4. Continuous turns: 1
5. Current consumption: �� 50mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: In parallel signal mode: O-open collector negative logic output P-open collector positive logic output
E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use collector collector open circuit negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.5Ncm
15. Allowable load of shaft: radial 40N, axial 30N

[optical encoder]GD-1024 Optoelectronic Single Loop Absolute Encoder

2026-6-11 10:44:03

GD-1024 photoelectric single coil absolute encoder

The photoelectric absolute encoder is a digital sensor that integrates optical, mechanical, and electrical technologies. It has a small size, small driving torque rejection, no mechanical contact between code disks, high speed, low power consumption, long lifespan, high accuracy, and no repetitive errors; Specially suitable for frequent movements, it can measure angular or linear displacement with high accuracy. When the encoder rotates, there is a code corresponding to its position one by one. When the power is cut off or turned off, and the measurement is restarted, the code of the power cut or turned off position can still be accurately read out (i.e., it has power outage memory function).

GD-1024 photoelectric single loop absolute encoder can convert the parallel digital signal of the encoder into serial data and 4-20mA standard analog output signal for transmission, which plays a great role in improving the progressiveness, stability and reliability of the automatic control system.
Features:
1. Output signal: A-4-20mA standard analog quantity B parallel Gray code output C serial RS485 serial communication interface (positive sky protocol) M serial RS485 serial communication interface (ModBus protocol) S SSI synchronous serial signal interface
2. Outer diameter (number of main body diameters: �� 64, �� 79) or made according to user requirements
3. Aluminum alloy shell, special surface treatment
4. Customized front gearbox based on single-stage encoder

Technical Indicators:
1. Model: GD-1024
2. Measurement range: 0-1023
3. Resolution per cycle: 1/1024
4. Continuous turns: 1
5. Current consumption: �� 50mA
6. Power supply voltage: DC5V, DC5-12V, DC12-24V or according to user requirements
7. Output form: When using parallel signals: O-open collector negative logic output P-open collector positive logic output E-voltage output positive logic (high level is "1") F-voltage output negative logic (high level is "0") Other - (Note: Conventional products use open collector negative logic output)
8. Output methods: aviation plug out (side out), lead out (side out)
9. Incremental direction: N-counterclockwise increment S-clockwise increment (note: conventional products have counterclockwise increments)
10. Operating environment temperature: -15 ��~+75 �� (non condensing)
11. Storage environment temperature: -25 ��~+80 ��
12. Protection level: IP63
13. Maximum allowable mechanical speed: 1000rpm
14. Starting torque: �� 0.5Ncm
15. Allowable load of shaft: radial 40N, axial 30N