Relé de seguridad Schneider XPSDME1132TS220

Desglose del modelo (XPS-DME-XPSDME1132TS220)

1. XPS: Preventa series safety control modules
2. DME: Specialized for coded magnetic safety door switches; soporta hasta 6 magnetic switches, while DMB only supports 2 interruptores
3. 1132: Basic specifications

11: 24Fuente de alimentación VCC

32: 2 safety normally-open contacts + 2 transistor signal outputs

4. TS220: AC220V manual reset terminals

(Standard XPSDME1132 only supports 24V reset; TS220 accepts AC220V reset signals)

2. Aplicaciones principales

Matched with Schneider coded non-contact magnetic safety doors (XCS-DMC / XCS-DMP), used for guard door monitoring on machine tools, packaging equipment and automated production lines:

A single module can connect up to 6 coded magnetic switches in series, achieving the highest safety rating Cat.4 / pl y

Instantly cuts off the safety circuit upon door opening, wire breakage, short circuit or switch failure

Transistor outputs send fault diagnostics to PLC; front-panel LEDs indicate channel faults

3. Safety Certification Ratings (Key Information)

4. Especificaciones eléctricas

4.1 Fuente de alimentación

Clasificado: 24 VCC (rango permitido: 17~30 VCC), power consumption ≤3.5W

4.2 Safety Inputs (Magnetic Switch Channels)

Input current: 8mA pulse detection, anti-bypass short-circuit protection

Maximum cable resistance per circuit: 100Oh

Maximum cable length per channel: 2000metro

Max monitored devices: 6 coded magnetic switches in series (Cat.4); más que 6 switches downgrades rating to Cat.3

4.3 Contactos de salida

1. Main Safety Contacts (2 forced-guided NO contacts)

Thermal current Ith=6A per channel, total combined current ≤12A

AC load: 230VAC 0.75A (AC15)

carga CC: 24VDC 1.5A (DC13, L/R=50ms)

Output protection: 4A gG fuse / 6A fast-blow fuse

2. PLC Signal Outputs (2 solid-state transistors)

Minimum load: 17V / 10mamá

Output opens during faults or door opening for upper-level diagnosis

4.4 Función de reinicio (TS220 Exclusive)

Reset terminals support manual reset triggered by either 24VDC or AC220V

Tiempo de respuesta: ≤20ms

4.5 Ambiental & Datos mecánicos

Temperatura de funcionamiento: -10℃ ~ +55 ℃

Temperatura de almacenamiento: -25℃ ~ +85℃

Clase de protección: Housing IP40, terminals IP20

Montaje: 35carril DIN mm, dimensions 22.5×109×117mm

Terminales: Terminales de tornillo, wire cross-section 0.14~2.5mm²

5. Brief Terminal Definition
6. Fuente de alimentación: A1(24V+) / A2(0V)
7. 6 magnetic switch input channels: Grouped channels S11-S12 / S11-S13
8. Reset circuit: Y1-Y2 (TS220 compatible with AC220V / DC24V reset pushbuttons)
9. Safety outputs: 13-14, 23-24 (2 safety normally-open contacts)
10. Diagnostic transistor outputs: 31-32, 41-42 (PLC status feedback)
11. Obsolete Replacement Solution (Actualización oficial)

The XPS-DME series has been discontinued. Direct replacement model: XPSUDN13AP

Descripción de reemplazo

1. Full functional compatibility: Soportes 6 coded magnetic switches, Cat.4 PL e SIL3
2. Universal reset: XPSUDN13AP accepts 24V AC/DC and 220VAC reset, fully covering TS220 requirements
3. Terminal definitions match one-to-one; no cabinet wiring modification required
4. Same 22.5mm DIN rail width; no cabinet space adjustment needed
5. Escenarios de aplicación típicos
6. Safety guard doors for machining centers and injection molding machines
7. Fencing of robot workcells and access doors for automated production lines
8. Non-contact magnetic door interlocks for food packaging and lithium-ion battery equipment
9. Multi-door machinery (3~6 guard doors controlled by one safety relay)
10. Key Fault Troubleshooting Points
11. Red channel LED illuminated: Corresponding magnetic switch open, wire breakage or short circuit
12. No response to reset button: Mismatched reset circuit voltage (verify AC220/DC24 supply for TS220), contact welding
13. Safety outputs fail to close: Input channel fault, incomplete reset, undervoltage supply
14. No feedback signal to PLC: Solid-state output load below 10mA

Application Scenarios of Schneider XPSDME1132TS220 Safety Relay

Preconditions for Product Compatibility

This module is specially designed for Schneider coded magnetic safety door switches (XCS-DMC / XCS-DMP). Arriba a 6 non-contact magnetic switches can be connected in series, with safety rating Cat.4 / pl y / SIL3. It supports dual-voltage manual reset (CA 220 V/CC 24 V) and is ideal for multi-guard-door machinery. Free from mechanical contact wear, dustproof and waterproof for harsh operating environments.

1. Machine Tool Processing Industry
2. Vertical / Horizontal Machining Centers, CNC Milling Machines, Tornos

Front and rear machine guard doors, tool magazine access doors, spindle safety shields monitored in series. Servo and spindle power cuts off immediately upon door opening. Non-contact magnetic switches resist coolant and metal chip accumulation without jamming failures seen in mechanical door locks.

2. Grinders, Punch Presses, Press Brakes, Shears

Safety fencing and mold access doors for sheet metal stamping equipment, compliant with machinery safety standard EN1088 to prevent crushing injuries from accidental door opening. Multiple doors monitored collectively; opening any single door triggers full-machine emergency stop of the safety circuit.

3. electroerosión & Wire Cut Machines

Sealed guard doors for dielectric fluid enclosures. Magnetic switches eliminate contact oxidation in humid environments, suitable for damp and corrosive working conditions.

2. Líneas de producción automatizadas & Robot Workcells
3. 6-axis Robots, Collaborative Robot Fencing

3~6 segmented safety fence doors surrounding robot cells wired in series to this module. Robot servo drives cut off instantly if any door opens. Two transistor diagnostic outputs connect to PLC to pinpoint faulty doors for easy maintenance.

2. Assembly Lines, Robot Loading/Unloading Stations

Side equipment access doors and material retrieval guard doors for continuous-production lines. Magnetic switches offer far longer service life than mechanical safety door switches, reducing downtime for repairs.

3. Automated Warehousing, Stackers, AGV Enclosures

Rack maintenance safety doors and equipment isolation guards. Supports maximum 2000m cable length for long-distance wiring, suitable for large warehouse plants.

3. Embalaje, Impresión & Rubber/Plastics Equipment
4. Injection Molders, Blow Molders, Extruders

Mold access doors and high-temperature barrel safety shields for high-temperature, oily environments. Coded magnetic switches prevent bypass tampering and illegal short-circuiting of safety doors.

2. Food Packaging Machines, Carton Formers, Selladores

Food production lines requiring washdown cleaning. Magnetic switches carry IP67 waterproof rating resistant to water rinsing. Centralized monitoring of multiple guard doors complies with food machinery safety regulations.

3. Printing Presses, Laminators, Slitters

Guard doors covering roller transmission assemblies. High-speed equipment demands fast safety circuit cut-off; module response time ≤20ms.

4. Nueva energía & Lithium Battery Equipment
5. Li-ion Coating, Winding, Electrolyte Filling, Formation Equipment

Safety doors for sealed cell processing chambers. Non-contact switches eliminate electric spark risks to meet dust and explosion-proof requirements of lithium workshops. Multiple chamber doors wired in series, with safety rating PL e satisfying lithium equipment acceptance standards.

2. PV Silicon Wafer Cutting, Module Lamination Equipment

High-dust production environments avoid mechanical lock jamming caused by dust ingress, ensuring safe maintenance access for operators.

5. Logística & Heavy Conveying Equipment
6. Automatic Sorting Lines, Heavy Belt Conveyor Cabinets

Side maintenance doors on large sorting machines; arriba a 6 doors share one safety relay to save cabinet installation space. Narrow 22.5mm DIN rail design fits densely packed control cabinets.

2. Lifting Platforms, Hydraulic Presses, Die Casting Machines

Safety guard doors for hydraulic power equipment. Forced-guided safety contacts feature self-detection of contact welding to eliminate hazardous failure modes.

6. General Custom Automation & Test Equipment
7. Material Testing Machines, Impact Test Benches, High-Voltage Test Chambers

Safety doors for sealed test enclosures in high-voltage / impact hazard zones with multi-door interlock protection. AC220V reset matches standard plant AC control circuits without extra power conversion modules.

2. Training Equipment, Small Automated Training Benches

Multi-station training guard doors. Dual PLC diagnostic outputs facilitate upper-level safety status collection for teaching monitoring systems.

7. Unsuitable Application Scenarios (Model Selection Pitfalls)
8. Single guard door applications (XPSDME01 series smaller model recommended for better cost performance)
9. Dedicated circuits for emergency stop buttons, safety mats or light curtains (this model only supports coded magnetic door switches and cannot directly connect light curtains / E-stops)
10. High-risk Zone 1 / Zona 2 explosive atmospheres (explosion-proof magnetic switches and enclosures required as matching accessories)
11. Más que 6 guard doors wired in series (excesivo 6 switches downgrades safety rating to Cat.3, failing high-end equipment acceptance standards)

Summary of Core Advantages for Applications

1. Centralized monitoring for multi-door machinery (2~6 guard doors) to reduce quantity of safety relays
2. Non-contact magnetic switches compatible with harsh environments containing oil, polvo, moisture and washdown cleaning
3. AC220V reset suitable for legacy equipment retrofits without replacing existing 220V reset pushbuttons
4. Highest Cat.4 safety rating, meets TÜV/UL certification acceptance for equipment exported to EU and North America

Standard Complete Installation & Commissioning Procedures for Schneider XPSDME1132TS220 Safety Relay

1. Preparación previa a la instalación (Safety Rule: All Operations Performed With Power Disconnected)

1.1 Herramientas & Materiales

Phillips & flat screwdrivers, multímetro, electrical insulation tape, bridas para cables, shielded twisted pair cable (dedicated for magnetic switches)

Compatible coded magnetic door switches: XCS-DMC / XCS-DMP (ordinary mechanical locks or light curtains cannot be connected)

Reset pushbutton: Universal self-reset pushbutton for AC220V/DC24V (terminals Y1-Y2 support dual voltages)

Cable specifications: Control wires 0.5~1.5mm²; safety output power wires 1.0~2.5mm²

1.2 Ambiental & Installation Condition Inspection

1. Control cabinet operating temperature: -10℃ ~ +55 ℃, keep away from strong electromagnetic interference sources such as inverters and contactors
2. Module width 22.5mm for standard 35mm DIN rail; reserve ≥15mm clearance above and below for heat dissipation
3. Take protective measures against dust, cutting fluid and moisture inside cabinets. Module IP40 rating restricts use inside cabinets only; outdoor direct mounting prohibited
4. Confirm power supply: Module A1/A2 fixed 24VDC (17~30 VCC); reset circuit supplied independently by either AC220V or DC24V

1.3 Visual Pre-Installation Inspection

Intact housing, no burnt terminals, functional indicator LEDs

Verificar modelo: XPSDME1132TS220 (TS220 = AC220V reset variant; do not interchange with standard XPSDME1132)

Confirm maximum 6 coded magnetic switches in series; más que 6 devices downgrades safety rating to Cat.3

2. Pasos de instalación del hardware

Paso 1: Mount Module onto DIN Rail

1. Cut off total cabinet power supply; confirm full disconnection of 24VDC and 220VAC power
2. Hook bottom latches of module onto 35mm rail, press module down until top latch self-locks
3. Shake lightly left and right to confirm firm mounting. No gaps required when multiple modules installed side-by-side; maintain unobstructed heat dissipation channels

Paso 2. System Wiring Standards (Mandatory EMC Requirements)

1. Separation of Strong & Weak Current Circuits

Route 24V control signal cables (magnetic switches, PLC diagnostics) separately from AC220V reset and main power cables in distinct trunking with ≥10cm spacing; long parallel runs inside the same conduit forbidden

Use twisted shielded cable for magnetic switches; single-end grounding of shield layer inside control cabinet

2. Unused Channel Handling (Crítico)

This module contains 3 groups of dual-channel inputs S1, T2, T3, each with terminals Sx1-Sx2, Sx1-Sx3:

Wire channels corresponding to installed doors; short-circuit Sx1 and Sx3 for all unused channels. Otherwise channel faults will trigger upon power-up and reset will be disabled

Ejemplo: Solo 2 doors used – short S31-S33 with jumper wire; all 3 channel groups wired for 6 doors

3. Terminal tightening torque 0.6~0.8N·m; no loose copper strands or cross-terminal short circuits on conductors

Paso 3. Full Terminal Wiring Definition

1. Main Power Circuit (Fixed 24VDC)

A1: 24V DC Positive; A2: 0V DC Negative

2. Magnetic Switch Input Channels (Dual-channel redundancy, core for Cat.4)

S11/S12/S13: 1st group magnetic switches; S21/S22/S23: 2nd group; S31/S32/S33: 3rd group

Two contacts of each coded magnetic switch are wired in series to corresponding Sx2 and Sx3; all Sx1 common terminals connected in parallel

3. Reset Circuit Y1-Y2 (TS220 Exclusive Dual-Voltage)

AC220V reset: Y1 connected to Live L, Y2 connected to Neutral N, in series with self-reset pushbutton

DC24V reset: Y1 connected to 24V+, Y2 connected to 0V, in series with self-reset pushbutton

Select only one voltage type; simultaneous connection of 220V and 24V prohibited

4. Forced-Guided Safety Outputs (Cut off servo / main contactor circuits, wired in series)

13-14, 23-24: 2 NO safety contacts, max load 6A per channel, AC230V 0.75A (AC15)

The two contacts must be wired in series for safety circuit to satisfy Cat.4 redundant safety requirements

5. PLC Solid-State Diagnostic Outputs (Passive transistor feedback)

31-32, 41-42: Open-circuited during door faults / door opening; conductive after all doors closed and reset executed, connected to PLC digital inputs

Paso 4. Power-Down Post-Wiring Inspection (Mandatory Before Power-Up)

1. Multimeter continuity test: All closed magnetic switch channels Sx2-Sx3 conductive; short-circuited unused channels Sx1-Sx3 conductive
2. Reset pushbutton normally open, closed when pressed; no cable short circuits to ground
3. No short circuits to ground or power supply at safety output terminals 13/14, 23/24
4. No reverse polarity or short circuit on 24V supply A1/A2
5. Step-by-Step Power-On Commissioning Process

Fase 1: Power-On Self-Test (No-Load Bare Module Test)

1. Energize module 24VDC supply first, then apply AC220V power to reset circuit
2. 2-second module self-test: All LEDs illuminate simultaneously; internal circuits automatically detect short circuits, wire breaks and channel abnormalities
3. Status differentiation after self-test completion:

Solid green RUN LED: Fuente de alimentación normal; all red channel LEDs off: All doors closed, no wiring faults

Flashing red LED on any channel: Corresponding channel wire break, cortocircuito, unactuated magnetic switch or unshorted unused channel

Fase 2: Basic Reset Function Commissioning

1. Fully close all guard doors and confirm all red channel LEDs extinguish
2. Press reset pushbutton for ≥0.5 seconds then release
3. Normal performance: Green OUT output LED illuminates, terminales 13-14/23-24 conduct, salidas de transistores 31-32/41-42 turn on, PLC receives ready signal
4. Anomalía: No response when reset button pressed

Solución de problemas 1: One door incompletely closed / misaligned magnetic switch

Solución de problemas 2: Unshorted unused input channel

Solución de problemas 3: Mismatched reset circuit voltage, damaged normally-open pushbutton contact

Solución de problemas 4: Reversed or broken wiring on Y1/Y2 terminals

Fase 3: Safety Function Simulation Test (Mandatory Item for Equipment Acceptance)

Prueba 1: Machine Stop Triggered by Single Door Opening

1. Module outputs closed normally, equipment ready for operation
2. Open any guard door

Standard response: Green OUT LED extinguishes within ≤20ms, both safety contacts open simultaneously, PLC diagnostic outputs de-energize

After re-closing door, reset button must be pressed again to restore outputs (manual reset mode; no automatic reset for this model)

Prueba 2: Wire Break Fault Simulation (Cat.4 Self-Diagnosis)

1. Desconecte la fuente de alimentación, remove wire from any Sx2 terminal to simulate wire breakage
2. Re-energize power; corresponding red fault LED stays solidly illuminated
3. Reset operation ineffective even with all doors closed; module latches fault state and cuts safety outputs
4. After restoring wiring, power cycle module then close all doors and reset to clear fault

Prueba 3: Multi-Door Interlock Test (2~6 Doors)

1. Partial door closure with one door open: Reset disabled, fault LED alarm triggered
2. Reset after all doors fully closed to energize outputs; immediate machine stop upon opening any single door
3. Verify dual PLC diagnostic outputs distinguish global fault signals

Prueba 4: Reset Voltage Compatibility Test (TS220 Feature)

For AC220V reset: Disconnect 24V reset supply, only energize 220VAC; reset function operates normally

For DC24V retrofit reset: Disconnect 220VAC supply, only energize 24VDC; reset function operates normally

Simultaneous AC220V and DC24V supply to Y1-Y2 forbidden, will burn reset circuit

Fase 4: Full Machine On-Load Coordination Commissioning

1. Wire safety contacts 13-14 y 23-24 in series to main contactor / servo enable circuit
2. Equipment start-up permitted after successful reset
3. Door opening during running state: Main contactor opens instantly, power cut off without hazardous motion
4. Fault upload verification: PLC collects signals from 31-32/41-42; touchscreen displays guard door fault alarms
5. Acceptance Criteria Upon Completion of Commissioning
6. No faults detected during power-on self-test; outputs activate normally after door closure and reset
7. Safety circuit cut off instantly within <20ms upon opening any door
8. Reliable fault latching triggered by wire breaks or short circuits; equipment cannot be illegally started
9. Normal switching test of AC220V/DC24V reset circuits
10. Synchronous make/break of dual safety contacts, eliminating single-point failure risk (Cat.4/PL e)
11. Accurate PLC diagnostic signal feedback for remote fault identification
12. Instalación & Commissioning Prohibitions + Quick Fault Lookup

Strictly Forbidden Operations (Hard Safety Rules)

1. Do not connect standard mechanical safety doors, light curtains or emergency stops to Sx input channels (only XCS-DMC/DMP coded magnetic switches compatible)
2. Do not power up module with unused channels left unshorted – module permanently latches fault
3. Do not wire only one of the two safety contacts; safety rating invalidated, equipment acceptance failed
4. Do not supply both AC220V and DC24V to Y1-Y2 terminals simultaneously
5. Do not route power cables and signal cables in long parallel runs inside same trunking; electromagnetic interference causes unintended machine stops

Quick Resolution for Common Commissioning Faults

1. Solid red channel LED illuminated

Door incompletely closed, excessive mounting gap on magnetic switch; wire breakage/short circuit; unused channel not shorted

2. No response to reset pushbutton

No power to reset circuit, damaged pushbutton; uncleared channel fault; incomplete closure of all doors

3. Flickering OUT LED, frequent tripping

Excessive cable resistance from overlong wiring (>100Ω per circuit); poor shield grounding causing EMI; failed coding pairing of magnetic switch

4. No diagnostic signal sent to PLC

Transistor output load current below 10mA; match PLC input current rating

6. Mantenimiento de rutina & Puntos clave de puesta en servicio
7. Daily inspection: Status of RUN, OUT and fault LEDs
8. Quarterly re-test of wire break and door-stop safety functions
9. Full re-run of fault simulation tests mandatory after replacing any magnetic switch
10. For retrofits on legacy equipment, prioritize replacement model XPSUDN13AP for new projects with identical installation and commissioning logic