Festo SPC-AIF-POT (170228) Módulo de interfaz del eje - contactor,cortacircuitos,inversor solar,medidor electrico,baterias solares

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Festo SPC-AIF-POT (170228) Módulo de interfaz del eje - contactor,cortacircuitos,inversor solar,medidor electrico,baterias solares

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Festo SPC-AIF-POT (170228) Módulo de interfaz del eje

This is a potentiometer-type axis interface module for Festo SPC200 series servo positioning controllers, número de orden 170228. It is designed to connect potentiometric displacement sensors and proportional valves. Este producto ha sido descontinuado., and the corresponding models of the SPC11 series are recommended as replacements. Model Code Explanation Model Segment Definition Description SPC Smart Positioning ...

  • Detalles del producto

This is a potentiometer-type axis interface module for Festo SPC200 series servo positioning controllers, número de orden 170228. It is designed to connect potentiometric displacement sensors and proportional valves. Este producto ha sido descontinuado., and the corresponding models of the SPC11 series are recommended as replacements.

  1. Explicación del código del modelo
Segmento de modeloDefiniciónDescripción
SPCSmart Positioning ControllerSeries of smart positioning controllers for pneumatic and electric positioning systems
AIFAxis InterfaceAxis interface module for connecting sensors and actuators
POTPotentiometerPotentiometer type, compatible with potentiometric displacement sensors
170228Manufacturer Order NumberUnique official part number of Festo
  1. Especificaciones técnicas principales
CategoríaDatos técnicosObservaciones
Información general
Tipo de productoMódulo de interfaz del ejeFor SPC200 series controllers
Número de pedido.170228Manufacturer part number
Peso0.32 kilos (aprox. 300gramo)Slight deviation among different batches
Estado del productoInterrumpidoNo official direct replacement provided by the manufacturer
Parámetros eléctricos
Voltaje de funcionamientoCC 24 VPermissible fluctuation: ±25%
Maximum Current ConsumptionWith proportional valve: 1.1AEn condiciones de funcionamiento estándar
Without proportional valve: 70mamá
Input Current Consumption4mamáFor control signal input
Corriente de salida nominal100mA per channelFor control signal output
Especificaciones de la interfaz
Proportional Valve Port7-pin M9 circular connectorStandard connection
Displacement Sensor PortType A cable with connectorCompliant with DIN 43650 estándar
AIF IN Port5-pin M9 circular connectorSignal input
AIF OUT Port15-pin Sub-D connectorSalida de señal
Parámetros ambientales
Temperatura de funcionamiento0…+40°CEntorno industrial estándar
Temperatura de almacenamiento-25…+60°CFor transportation and storage
Humedad relativa10…95%Non-condensing
Clase de protecciónIP20For installation inside control cabinets
  1. Marca cruzada & Old/New Model Replacement List
Modelo OriginalModelo de reemplazoMarcaReplacement Description
SPC-AIF-POT (170228)SPC11-POT-LWG (192217)FestoSPC200 series upgraded to SPC11 series, fully compatible in functions
SPC11-POT-TLF (192216)
SPC-AIF-POT (170228)SPC-AIF-POT-LWGFestoEnhanced version of the same series, suitable for longer-stroke sensors
SPC-AIF-POT (170228)Third PartyNo fully equivalent alternative available. Festo original upgraded solutions are recommended

Consejo de selección: SPC200 for legacy use, SPC11 for new projects; POT stands for potentiometer, LWG/TLF indicates applicable stroke range.

Full Model List (SPC200 Axis Interface Modules)

ModeloNúmero de pedido.Tipo de sensorAplicación principal
SPC-AIF-POT170228Potentiometric Displacement SensorPneumatic/electric positioning systems, short-stroke applications
SPC-AIF-MTS170231MTS Magnetostrictive SensorHigh-precision and long-stroke applications
SPC-AIF-ANA170229Analog Sensor (0-10V/4-20mA)General analog feedback systems
SPC-AIF-DIG170230Digital SensorHigh-speed digital signal feedback systems
SPC-AIF-ENC170232CodificadorStepper motor positioning systems
  1. Fallos comunes & Troubleshooting Guide
Fenómeno de fallaPosibles causasPasos para solucionar problemasSoluciones
No signal from sensor1. Cableado incorrecto1. Check wiring of DIN 43650 port1. Rewire in accordance with manual
2. Module power failure2. Measure DC 24V power supply2. Reparar circuito de potencia
3. Sensor dañado3. Test sensor resistance with multimeter3. Replace the sensor
Proportional valve fails to operate1. Poor contact of 7-pin M9 connector1. Check connector locking status1. Reconnect and lock the connector
2. Insufficient output current2. Measure output current (≤100mA)2. Inspect module output circuit
3. Damaged proportional valve3. Test with a spare valve3. Replace the proportional valve
Low positioning accuracy1. Potentiometer drift1. Re-calibrate potentiometer zero point1. Run SPC200 calibration procedure
2. Poor module grounding2. Check PE connection2. Ensure single-point grounding
3. Interferencia de señal3. Add shielding measures3. Use shielded cables and ground properly
Abnormal overheating of module1. Operación de sobrecarga1. Check current consumption (≤1.1A)1. Reduce load or replace with higher-capacity module
2. Poor ventilation2. Ensure good ventilation of control cabinet2. Improve ventilation conditions
3. Internal component failure3. Measure module temperature3. Replace the module
  1. Entornos de aplicación & Casos de la industria

6.1 Escenarios aplicables

Pneumatic Positioning System: Combined with SPC200 controller to realize precise positioning of DNCI, DGCI and other cylinders.

Electric Positioning System: Matched with stepper motors for basic point-to-point positioning.

Hybrid Drive System: Featured function of SPC200 series, capable of controlling pneumatic and electric axes simultaneously.

Automatización Industrial General: Automotor, electrónica, envasado de alimentos, handling and assembly industries.

6.2 Escenarios no recomendados

Ultra-high precision requirements (below ±0.01mm): Replace with SPC-AIF-MTS or SPC11 series.

Ambientes hostiles (Protection class higher than IP20 required): Additional protective measures are needed.

Long-stroke applications (>1000milímetros): Potentiometer will produce larger linearity error; magnetostrictive sensor solution is recommended.

6.3 Casos de aplicación típicos

Automotive Component Assembly Line

Solicitud: Z-axis positioning for robots installing door sealing strips

Configuración: SPC200/P04 Controller + SPC-AIF-POT (170228) + DNC Cylinder + Potentiometric Sensor

Outcome: Achieves positioning accuracy of ±0.1mm, improves assembly consistency and reduces rework rate.

Electronic Component Testing Equipment

Solicitud: XY-axis positioning for PCB thickness inspection platform

Configuración: SPC200/P05 Controller + 2 pcs SPC-AIF-POT Modules + Electric Slide + Potentiometric Sensor

Outcome: Enables fast point movement, cuts testing cycle by 30% and boosts production capacity.

  1. Instalación & Pautas de mantenimiento
  2. Posición de instalación: Install inside control cabinet, keep away from direct sunlight and vibration sources. Reserve a heat dissipation space of ≥50mm.
  3. Reglas de cableado

Separate sensor cables from power cables with a spacing of ≥100mm.

Single-point grounding for shielding layer; grounding at the controller side is preferred.

  1. Periodic Maintenance

Inspect connector connections and cable aging every 6 meses.

Calibrate potentiometer zero point once a year to guarantee positioning accuracy.

  1. Upgrade Solution: For system upgrade, replace with SPC11 series controllers and matching interface modules directly. Performance will be increased by 30% with lower maintenance costs.

Practical Application Cases for SPC-AIF-POT (170228)

All cases below adopt the classic solution: Pneumatic closed-loop positioning + MLO-POT potentiometer feedback + MPYE proportional valve + SPC200 controller.

  1. Industria automotriz: Door / Sunroof Sealing Strip Press-Fitting (High Repeat Accuracy, Short Stroke)

Configuración

Controlador: SPC200-P04

Axis Interface: SPC-AIF-POT (170228)

Cylinder: DNCI-32-200-KF (with potentiometer mounting groove)

Sensor: MLO-POT-200-TLF (200 mm potentiometer)

Proportional Valve: MPYE-5/3-010 (5/3-position closed center)

Process

Press-fit sealing strips with positioning accuracy of ±0.1 mm. Working sequence: Fast approach → Low-speed pressing → Pressure holding → Retraction.

Outcome

Replaces mechanical stops and limit switches for better consistency and lower rework rate. Stable cycle, suitable for 24-hour continuous production lines.

  1. 3C Electronics: XY-axis Positioning for PCB Test Bench (Multi-axis, Light Load, High Frequency)

Configuración (Doble eje)

Controlador: SPC200-P05 (2-axis capable)

Axis Interface: 2 × SPC-AIF-POT (170228)

Slide/Cylinder: DGCI-25-300-KF (horizontally mounted)

Sensor: MLO-POT-300-LWG (long-stroke potentiometer)

Proportional Valve: MPYE-5/3-008

Process

Probe bench moves to multiple test points with point positioning accuracy of ±0.15 mm and frequent start-stop operation.

Outcome

Commissioning time reduced by 70% compared with cylinder + mechanical stop solutions. Positions can be adjusted via software. No impact during operation to extend probe service life.

  1. Alimento & Embalaje: Carton Folding & Sealing Positioning (Bajo costo, Medium Accuracy, Dust Environment)

Configuración

Controlador: SPC200-P03

Axis Interface: SPC-AIF-POT (170228)

Cylinder: DNC-40-150-PPV

Sensor: MLO-POT-150-TLF

Proportional Valve: MPYE-5/2-010

Process

Carton folding and capping with adjustable pressing depth and soft landing to avoid carton damage.

Outcome

Dual control of pressure and position via potentiometer feedback and proportional valve lowers defective rate. Stable long-term operation in dusty environment with IP20 cabinet installation.

  1. Máquina herramienta & Metalworking: Tailstock Center / Fixture Positioning (Heavy Load, Short Stroke, Force & Position Control)

Configuración

Controlador: SPC200-P04

Axis Interface: SPC-AIF-POT (170228)

Cylinder: DGPL-63-100-KF (heavy-duty linear drive)

Sensor: MLO-POT-100-TLF

Proportional Valve: MPYE-5/3-015 (high flow rate)

Process

Tailstock feeding sequence: Fast forward → Low-speed clamping → Constant force holding → Retraction.

Outcome

SPC200 force and position closed-loop control replaces hydraulic clamping, featuring lower cost and easier maintenance. No oil leakage, ideal for dry machining and low-oil working conditions.

  1. Moldeo por inyección & Mould: Precision Ejector Pin Control (Synchronous Multi-axis, Anti-sticking)

Configuración (3 synchronous axes)

Controlador: SPC200-P05 + Expansion Module

Axis Interface: 3 × SPC-AIF-POT (170228)

Cylinder: DNCI-25-125-KF

Sensor: MLO-POT-125-TLF

Proportional Valve: MPYE-5/3-008

Process

Multi-point ejection with synchronous error less than 0.2 mm to prevent plastic part deformation and mould sticking.

Outcome

Synchronous closed-loop control ensures uniform ejection and fewer defective products. Soft start and soft stop functions reduce impact and mould wear.

  1. General Automation: Lifting Axis for Handling & Pick-and-Place (Vertical Load, Medium Stroke, Anti-fall)

Configuración

Controlador: SPC200-P04

Axis Interface: SPC-AIF-POT (170228)

Cylinder: DGCI-32-500-KF (vertically mounted with locking function)

Sensor: MLO-POT-500-LWG

Proportional Valve: MPYE-5/3-010

Process

Lifting and pick-and-place operation with soft landing and position memory, maintaining position after power cut-off.

Outcome

Absolute position feedback by potentiometer eliminates homing after power-on. Stable operation of vertical axis without jitter. Perfect for handling stations with frequent start-stop and multi-position parking.

Selección & Notas de reemplazo (On-site Application)

SPC-AIF-POT (170228): Matches MLO-POT-…-TLG/TLF, for short and medium strokes with cost advantages.

SPC-AIF-POT-LWG: Matches MLO-POT-…-LWG, for longer strokes up to 1000–2000 mm.

Discontinued Replacement: Prioritize SPC11-POT-L/T (192217/192216) for new projects as direct substitutes for SPC200 system.

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