Codificador HEIDENHAIN ROD426.000B-1000-ID295434EV

HEIDENHAIN ROD426.000B-1000-ID295434EV is an incremental rotary encoder belonging to the ROD400 series solid-shaft encoders. El código ID 295434EV es su número de identificación único del producto..

2. Model Parameter Breakdown

3. Especificaciones técnicas clave

4. Características del producto & Aplicaciones

Características principales

1. Independent bearing design: Built-in precision bearings, independent of the measured shaft for support
2. Shaft coupling compensation: Connected via dedicated coupling to compensate axial movement and radial/angular misalignment
3. Alta confiabilidad: Fully sealed structure, IP64 protection, adecuado para entornos industriales hostiles
4. Signal quality: TTL push-pull output with strong anti-interference performance, ideal for high-speed motion control

Aplicaciones típicas

Servo motor feedback systems

Spindle position detection in CNC machine tools

Transmission control in automated production lines

Speed and position feedback for printing, woodworking and textile machinery

Robot joint motion control

5. Realizar pedidos & Información de reemplazo
6. Precise ordering: Contact an authorized HEIDENHAIN distributor using the full model “ROD426.000B-1000” or ID code “295434EV”
7. Replacement compatibility: Mechanically interchangeable with other line-count versions of the ROD426 series (p.ej. 2000 pauta), differing only in electrical parameters
8. Notas: Use a dedicated coupling during installation to ensure concentricity and avoid excessive bearing load that shortens service life
9. Additional Notes

This model is a standard HEIDENHAIN ROD426 series product, not custom-made

For higher resolution, alternatives include 2000-line, 2048-line versions and others

For different output signals (p.ej. 1 Vpp sine wave or HTL), consider the ROD486 (1 Vpp) or ROD436 (HTL) serie

Coupling Selection & Installation Guide for HEIDENHAIN ROD426.000B-1000-ID295434EV

1. Officially Recommended Coupling Models

For HEIDENHAIN ROD426 series encoders (eje macizo, diámetro 6 milímetros), the officially specified couplings are:

Criterios de selección clave

1. Matching bore diameter: Both ends must be 6 milímetros (consistent with encoder shaft diameter)
2. Recommended length: 20–30 milímetros (avoid insufficient torsional stiffness from excessive length)
3. Tipo de conexión: Clamping type (recomendado) or set-screw type (ensure no damage to encoder shaft)
4. Material: Aluminum alloy (ligero, buena disipación de calor) or stainless steel (alta resistencia, corrosion resistance)
5. Coupling Installation Procedure

2.1 Preparation

Clean the encoder shaft and motor shaft, removing oil, burrs and rust

Prepare appropriate tools (llave dinamométrica, dial indicator, cleaning agent)

Check flatness of encoder flange and mounting base (flatness error ≤ 0.02 milímetros)

2.2 Installation Flow

1. Mount the encoder

Secure the encoder synchronous flange (Ø58 mm) to the equipment end cover using 3 M4 bolts at a torque of 1.5 Nuevo Méjico

Ensure tight, gap-free contact between flange and mounting base

2. Install the coupling

First mount one end of the coupling onto the motor shaft and pre-tighten clamping bolts (torque 0.8–1.2 Nm)

Align the two shafts by adjusting the motor/encoder position, then attach the other end to the encoder shaft

Tighten all clamping bolts evenly and symmetrically to the torque specified in the coupling manual

3. Concentricity calibration (critical step)

Measure radial runout (≤ 0.03 milímetros) and axial play (≤ 0.02 milímetros) using a dial indicator

Angular misalignment must be limited to ≤ 0.5° (disk coupling) or ≤ 1.0° (Oldham coupling)

Adjust motor position until the above accuracy is achieved

3. Critical Installation Notes (Key Limits)

Important Warnings

1. Rigid connection is forbidden: Always use a flexible coupling. Never directly rigidly connect the encoder shaft to the motor shaft.
2. Shaft load limits: Maximum permissible radial load 10 norte, axial load 5 norte; exceeding these will damage bearings.
3. Installation sequence: Mount the encoder flange first, then the coupling, then calibrate concentricity. Reverse order is strictly forbidden.
4. Protección: Install a protective cover after mounting to prevent dust and oil ingress and maintain IP64 rating.
5. Mantenimiento & Solución de problemas

4.1 Mantenimiento de rutina

-Regularly check coupling bolt tightness (cada 3 meses)

Clean encoder housing to avoid poor heat dissipation

Monitor encoder output signals; inspect coupling if abnormalities occur

4.2 Fallos comunes & Soluciones

5. Consejos de selección & Alternativas

Recommendations by Application

Posicionamiento de alta precisión: Prefer original HEIDENHAIN K17 disk coupling for maximum accuracy and stability

High-speed rotation (>8000 rpm): Recommended Oldham coupling (p.ej. CPG series) with low shaft reaction force to protect encoder bearings

Ambientes hostiles: Stainless steel couplings for improved corrosion resistance

Proyectos sensibles a los costos: High-quality domestic 6 milímetros × 6 mm disk couplings with performance close to original parts

Complete List of HEIDENHAIN Encoders

1. Encoder Classification Overview

HEIDENHAIN encoders are mainly divided into three categories: rotary encoders (with built-in bearings / separate bearings), angle encoders (modular / enclosed), and linear encoders (sealed / abierto), used for position and speed feedback in various industrial scenarios.

2. Rotary Encoder Series List

2.1 Rotary Encoders with Separate Bearings (Require Independent Shaft Coupling)

Detailed Specifications of ROD426.000B-1000-ID295434EV:

Line count: 1000 lines/rev, 1000 pulses

Shaft diameter: 6mm solid shaft, length 9.5mm

Brida: Ø58mm synchronous flange, centering ring 50mm

Señal: TTL push-pull output (3 fases A, B, z)

Fuente de alimentación: 5V±10% DC, max scanning frequency 300kHz

Clase de protección: IP64, operating temperature -40°C to +100°C

Conexión: conector M23, 12 patas, peso aproximado. 0.42kilos

2.2 Rotary Encoders with Built-in Bearings (With Stator Coupling)

2.3 Inductive Rotary Encoders

3. Angle Encoder Series List

3.1 Modular Angle Encoders

3.2 Enclosed Angle Encoders

4. Linear Encoder Series List

4.1 Sealed Linear Encoders

4.2 Open Linear Encoders

5. Key Parameter Comparison Table for Encoder Selection

6. List of Couplings Suitable for ROD426 (User Priority)

7. Ordering and Replacement Guide
8. Precise Ordering: Contact an authorized HEIDENHAIN distributor using the full model (p.ej., ROD426.000B-1000) or ID number (p.ej., 295434EV).
9. Series Compatibility: ROD400 series share the same mechanical dimensions and differ only in electrical parameters, allowing interchangeable installation.
10. Sugerencias de reemplazo:

Incremental to Absolute: ROD series → ROC/ROQ series

TTL to 1Vpp: ROD426 → ROD486

Higher protection: Standard type → Enhanced sealed type (IP67)

Cross-Brand Model Cross-Reference for HEIDENHAIN Encoders

(ROD426.000B-1000-ID295434EV)

Cross-Reference Table for Replacement Models of Major Brands

1. Pepperl+Fuchs

2. Hengstler

3. Baumer

4. ENFERMO

5. Omrón

6. Keyence

7. Otras marcas

Key Notes for Replacement Selection

1. Mechanical Compatibility Priorities
2. Shaft diameter and length: Must strictly match 6 milímetros × 9.5 milímetros, otherwise coupling installation will be difficult or bearings may be damaged
3. Flange dimensions: Verify centering ring diameter (50 milímetros) and mounting holes (3×M4 on Ø42 mm circle)
4. Housing diameter: Ø58 mm is standard; ensure sufficient installation space
5. Coincidencia de parámetros eléctricos

3. Installation and Application Recommendations
4. Coupling selection: All replacement models require 6 milímetros × 6 mm flexible couplings (p.ej. HEIDENHAIN K17 or equivalent)
5. Concentricity calibration: Después de la instalación, radial runout ≤ 0.03 mm and angular misalignment ≤ 0.5° must be verified
6. Protección: Ensure replacement model has IP ≥ IP64; IP65/IP67 recommended for harsh environments
7. Signal testing: Después del reemplazo, perform signal integrity test to ensure no pulse loss or interference

Recommended Best Replacements

Nota importante: Before formal use, all replacement models are recommended to undergo mechanical fitting and electrical compatibility verification to ensure perfect matching with the original system. Para aplicaciones críticas, contact the brand’s technical support for professional selection guidance.