Desglose del código del modelo
| Campo | Descripción |
| X20 | B&R X20 distributed I/O system serie |
| HACER | Salida digital |
| 9322 | Channel specification code: 12-canal, 24 VCC, Source output, 1-wire wiring |
| Derivative Model X20cDO9322 | Conformal coated version, suitable for environments with condensation and corrosive gases |
- Parámetros eléctricos básicos
Número de canales: 12 digital transistor outputs
Tipo de salida: Source output (PNP, positive switching), 1-wire wiring
Tensión nominal: 24 VCC (rango de operación: 20.4 ~ 28.8 VCC)
Rated Current per Channel: 0.5 A
Corriente total máxima del módulo: 6 A (upper limit for sum of all channels)
Switching Element: Forward-mode FET with integrated freewheeling diode (compatible with inductive loads such as solenoid valves)
Cortocircuito / Protección contra sobrecarga: Independent hardware current limiting and thermal shutdown per channel; software channel fault diagnosis supported
Consumo de energía: 0.26 W. (bus side); 1.15 W. (internal I/O circuit)
B&R Hardware ID Code: 0x1B9A
- Mandatory Matching Accessories (Ordered Separately, Not Included with Module)
- Bus Base Unit (Choose One)
X20BM11: Standard bus module, no node address DIP switch
X20BM15: Bus module with node address DIP switch
- Bloque de terminales: X20TB12 (12-pin pluggable terminal)
- Ambiental & Especificaciones mecánicas
Clase de protección: IP20 (for cabinet mounting only)
Temperatura de funcionamiento: -25 ℃ ~ +60 ℃
Temperatura de almacenamiento: -40 ℃ ~ +85 ℃
Ancho del módulo: 12.5 milímetros
Certificaciones: CE, cULus, ATEX Zone2 / Class1 Div.2
- Comparación clave: X20DO9322 VS X20DO9321 (Frequently Confused Models)
| Modelo | Tipo de salida | Método de cableado |
| X20DO9322 | Fuente (PNP) | 1-cable |
| X20DO9321 | Sink (PNP) | 1-cable |
⚠️ Not directly interchangeable: Reverse wiring polarity may lead to load malfunction or component burnout!
- Instrucciones de cableado (1-Wire Source Type)
Module output terminal → Positive terminal of load
Negative terminal of load → External 24 VCC 0 V
No common negative wiring back to the module (characteristic of 1-wire design)
Suitable loads: Indicator lamps, pequeño 24 VDC solenoid valves, intermediate relay coils
- Escenarios de aplicación típicos
Maquinaria de embalaje, plastic injection & extrusion machinery, material handling conveyor lines, maquinaria textil, auxiliary switching outputs for machine tools; ideal for centralized control of large quantities of 24 VDC solenoid valves and signal lamps.
- Notas de selección & Common Pitfalls
- If Sink (PNP) output is required → Select X20DO9321 instead of X20DO9322
- For humid, oily or condensation-prone environments → Order X20cDO9322 (conformal coated version)
- If channel current exceeds 0.5 A → Upgrade to X20DO8332 (8-canal, 2 Un por canal)
- Do not drive high-power contactors directly; install intermediate relays as adapters
- Fault Diagnosis Guidelines
Channel LED off: No output command / module power loss
Channel LED on but load inactive: Missing external 24 VDC supply or open circuit
Recurring channel fault alarms: Load short-circuit, or missing freewheeling diode for inductive loads
Industrias aplicables & Operating Conditions of B&R X20DO9322 (12-canal 24 VDC PNP Source 1-Wire Digital Output Module)
Posicionamiento central: Mainstream I/O Module for OEM Machinery. Designed to drive a wide range of small 24 VDC loads (pneumatic solenoid valves, indicator lamps, intermediate relays). The 1-wire architecture reduces cabling costs. Independent per-channel short-circuit protection makes it well suited for machinery automation, B&R’s core market segment.
X20cDO9322 (coated variant) for humid, oily and mildly corrosive environments.
- Priority Target Industries (Proven Mass Deployment for B&R Projects)
- Maquinaria de embalaje (Highest-volume Application)
Equipo: Vertical / horizontal packaging machines, flow wrappers, case packers, palletizers, case sealers, máquinas de moldeo por soplado, heat shrink equipment
Module Functions: Control solenoid valve banks for cylinders, conveyor start/stop, alarm lamps, reject mechanisms, gripper actuation
Selection Advantage: Equipment often requires multiple valve outputs; high channel density (12 canales). PNP output matches mainstream European & American pneumatic components.
- Plastic Injection & Extrusion Machinery
Equipo: Máquinas de moldeo por inyección, máquinas de moldeo por soplado, extrusion lines, pelletizing equipment, mold auxiliary mechanisms
Funciones: Solenoid valves for mold core pulling/ejection, cooling valves, hopper gates, bombas de lubricación, fault indicator lamps
- Impresión, Papel, No tejido & Maquinaria Textil
Impresión: Offset printers, flexographic printers, die-cutters; Textile: Warp knitting machines, circular knitting machines, textile finishing equipment
Funciones: Cylinders for tension control, cutting solenoid valves, fabric guiding mechanisms, pneumatic directional valve banks
- Manejo de materiales & Sorting Automation
Equipo: Ordenar líneas, roller conveyor systems, auxiliary warehouse equipment, transfer machines, cross-belt sorters
Funciones: Solenoid valves for sorting diverters, switch rails, photoelectric warning lamps, stopper cylinder control
- Alimento & Bebida / Equipo farmacéutico
Equipo: Líneas de llenado, capping machines, cleaning systems, pharmaceutical filling machines, blister packaging equipment
Nota: Standard model only for dry electrical cabinets. X20cDO9322 conformal coated variant is mandatory if workshop contains water mist or cleaning spray.
Loads: Filling valves, clamping cylinders, conveyor control, status indicator lamps
- Máquinas herramienta & Metalworking Equipment
Equipo: Custom CNC machines, automated fixtures, muelas, stamping automation loading/unloading systems
Funciones: Clamping cylinders, coolant valves, lubrication systems, machine warning lamps, auxiliary safety interlock outputs
- New Energy Lithium-ion Battery Front-end Equipment
Equipo: Electrode slitting machines, calendering equipment, cell assembly tooling, vacuum packaging machines
Nota: Use coated variant for environments exposed to electrolyte mild corrosion
Solicitud: Pneumatic actuators for tooling fixtures
- Secondary Applicable Industries (Common Projects, Non-primary Application)
- Automotive Component Automation
Tooling fixtures, test benches, auxiliary welding mechanisms; drive pneumatic clamping valves and signal lamps.
- Tratamiento de agua & Municipal Environmental Equipment
Control of small valves, intermediate relays for pumps, local audible & visual alarm outputs (cabinet-mounted installation).
- Marina & Shipboard Automation
DNV marine certification available; suitable for control cabinets inside vessel compartments for auxiliary machinery signal outputs.
- Small-scale Renewable Energy Control (Wind Turbine Auxiliary Cabinets, PV Monitoring Cabinets)
Alarm signals and small actuator switching control.
- Non-recommended / Restricted Application Scenarios (Selection Red Lines)
- Continuous channel load current >0.5 A → Replace with X20DO8332 (8-canal, 2 Un/canal)
- Sink (PNP) output required → Select X20DO9321; cannot directly substitute X20DO9322
- Direct drive of high-power contactors: FORBIDDEN; intermediate relay transition required
- Outdoor installation without enclosure: IP20 rating prohibits exposed outdoor mounting
- Severe chemical corrosion and high salt spray with no sealed cabinet: Use with caution; evaluate alternative series or enhanced enclosure protection
- Adecuado & Unsuitable Load Summary
✅ Recommended Loads
24 VDC pneumatic solenoid valves, signal indicator lamps, small intermediate relays, solid-state relays (RSS)
❌ Not Suitable Loads
motores de corriente continua, high-power heating elements, high-current contactors
Additional Practical Design Recommendations
Machinery exported to Europe & America: Most pneumatic equipment adopts PNP positive switching circuit. X20DO9322 is the preferred option.
Many domestic system integrators use NPN control circuits. Verify electrical drawing polarity before purchasing to avoid ordering X20DO9321/X20DO9322 incorrectly.
Systems with large numbers of inductive solenoid valves: Fit freewheeling diodes across valve coils to minimize channel fault alarms.
Complete Official Technical Specifications – B&R X20DO9322
Model Reminder: X20DO9322 (Letter O, not digit 0; X20D09322 is a typo)
Derivative Variant: X20cDO9322 (Conformal Coated)
- Información básica
| Artículo | Especificación |
| Modelo | X20DO9322; Conformal coated: X20cDO9322 |
| Tipo de módulo | X20 distributed digital output module (HACER) |
| B&R Hardware ID Code | X20DO9322: 0x1B9A; X20cDO9322: 0xD578 |
| Configuración del canal | 12-channel digital transistor output |
| Tipo de salida | Fuente / PNP positive switching (forward-mode FET) |
| Wiring Format | 1-Wire topology (module only provides positive control wire; load negative connected to external 0 V) |
| Compatible Base Units | X20BM11 (No DIP switch) / X20BM15 (With node address DIP switch) |
| Matching Terminal Block | X20TB12 (12-pin pluggable terminal, ordered separately) |
- Especificaciones eléctricas básicas
| Parámetro | Valor | Observaciones |
| Nominal Supply Voltage | 24 VCC | Permissible range: 20.4 ~ 28.8 VCC (-15% ~ +20%) |
| Continuous rated current per channel | 0.5 A | Do not exceed continuously |
| Maximum total output current of module | 6 A | Sum limit for all 12 canales |
| FET On-resistance Rds(en) | 210 mΩ | Conduction power loss |
| Off-state leakage current | ≤5 µA | Minor residual current when output disabled |
| Peak short-circuit current | <12 A | Hardware current limiting |
| Cortocircuito / Protección contra sobrecarga | Independent thermal shutdown per channel | Auto-retry approx. 10 ms after fault removal |
| Circuitry for inductive loads | Integrated freewheeling diode | Typical clamping voltage: 50 VCC |
| Aislamiento eléctrico | Channel ↔ X20 bus: 500 VAC isolation | Common-ground multi-channel system |
| No isolation between individual channels | ||
| Maximum Switching Frequency | 100 Hz | Not designed for high-speed pulse outputs |
- Power Consumption Data
- X20 communication bus power draw: 0.26 W.
- Static internal I/O circuit power consumption: 1.15 W.
- Additional loss for resistive loads: +0.63 W.
- Diagnóstico & LED Indicators
Module run / fault LED; Independent status LED for each channel
Software diagnostic support: Channel short-circuit and overload fault reporting
Fault detection delay: 10 EM
Fault status readable via Automation Studio
- Ambiental & Datos mecánicos
| Artículo | Especificación |
| Clase de protección | IP20 (cabinet installation only) |
| Temperatura ambiente de funcionamiento | -25 ℃ ~ +60 ℃ |
| Almacenamiento / Temperatura de transporte | -40 ℃ ~ +85 ℃ |
| Mounting Standard | DE 35 mm rail vertical mounting (standard X20 layout) |
| Ancho del módulo | 12.5 milímetros |
| Peso | Aprox.. 35 gramo (excluding base unit and terminals) |
| Relative Humidity Range | 5%~95 %, sin condensación |
| ⚠️ X20cDO9322 mandatory for condensation-prone environments |
- Certification List
CE, Reino Unido, cULus, cCSAus
ATEX II 3G Ex nA nC IIA T5 Gc (Zona 2)
HazLoc: Class I Div.2 A,B,do,D T5
DNV Marine Type Approval (for cabinet installation on vessels)
- 1-Wire Source Wiring Principle
- Module terminal → Load positive terminal (+24 control V)
- Load negative terminal → External DC power supply 0 V
The module has no dedicated common 0 V terminal; different from 3-wire modules.
- Comparación de modelos: X20DO9322 VS X20DO9321
Modelo Tipo de salida Selection Guidance X20DO9322 PNP Source Preferred for European & American equipment, compatible with mainstream Festo / SMC solenoid valves X20DO9321 NPN Sink For control circuits using negative switching, common in domestic OEMs Load Operating Limits
✅ Recommended Loads
24 VDC pneumatic solenoid valves, signal lamps, small intermediate relays, solid-state relays (RSS)
❌ Direct Drive Prohibited
High-power contactors, motores de corriente continua, heating loads; loads exceeding 0.5 Un por canal
- Reglas de selección críticas
- Húmedo, aceitoso, condensation-prone environments → X20cDO9322 conformal coated version required
- Higher channel current demand → X20DO8332 (8 canales, 2 Un por canal)
- Not suitable for high-speed pulse outputs (máximo. switching frequency limited to 100 Hz)
- Interchangeable Alternative X20 DO Module Comparison Table for X20DO9322
Solicitud: Spare part replacement, hardware revision, cost optimization and operating condition upgrade reference
⚠️ Important Reminder: Direct hardware interchange is impossible if output polarity (PNP/NPN), wiring topology or single-channel current rating differ. Wiring and program modifications will be required.
| Modelo | Canales | Características clave | Direct Swap for X20DO9322 | Typical Retrofit Scenario |
| X20DO9322 | 12 | Standard model for solenoid valve control | Reference baseline | Standard original design |
| X20cDO9322 | 12 | Conformal coated | ✅ Fully electrically compatible; base and terminals interchangeable | Cabinet with condensation, oil mist or mild corrosive gas |
| X20DO9321 | 12 | Opposite polarity | ❌ Cannot swap directly; load wiring reversal needed | System specification requires NPN circuit |
| X20cDO9321 | 12 | PNP + conformal coating | ❌ Polarity mismatch | Humid environment with NPN circuit requirement |
| X20DO6322 | 8 | Fewer channels | ⚠️ Electrical characteristics match; insufficient channel count prevents direct use | Equipment retrofit with reduced output points |
| X20DO8332 | 8 | High-current output | ❌ Different wiring topology (non-1-wire) | Load current >0.5 A, drive large relays / valvulas |
| X20DO4322 | 4 | Low-channel expansion | ❌ Different wiring topology | Localized small-scale I/O expansion |
| X20DO9332 | 12 | With dedicated common 0 V terminal | ❌ Different wiring & pinout | Control systems requiring centralized 0 V connection on module side |
Core Replacement Guidelines
- Zero-modification direct swap: X20cDO9322 ↔ X20DO9322
X20BM11/BM15 base units, X20TB12 terminals and Automation Studio hardware configuration are fully compatible; no drawing or wiring changes required.
- Replacing X20DO9322 with X20DO9321
Hardware: Reverse all load positive/negative wiring
Software: Change module model in Automation Studio hardware configuration; control logic remains unchanged
- 3-wire DO modules (DO9332 / DO8332 etc.) must NOT directly replace 1-wire X20DO9322
Different terminal assignment and power circuit architecture. Powering up mismatched hardware may cause load failure or component damage.
Supplementary Selection Advice
For new projects with large quantities of solenoid valves: Prioritize X20DO9322; 1-wire topology reduces cabling.
Frequent short-circuit faults or high individual valve current: Upgrade directly to X20DO8332.
Equipment for export to Europe & America: PNP series preferred. Confirm control circuit polarity before ordering for domestic non-standard machinery.
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