ATOS E-ME-AC-05F

Technical Specifications (Core Parameters Bold)

Power Supply Electrical Parameters

• Nominal Input Power: 24 VDC industrial control supply; operating range 19–30 VDC
• Maximum Total Power Consumption: 25 W full-load valve driving condition
• Input Reverse Polarity Protection: Built-in solid-state diode circuit

Command & Feedback Signal Interfaces

• External Command Input Signals: 0–10 VDC voltage, 4–20 mA current selectable via front panel DIP switches
• LVDT Spool Feedback Input: Atos standard AC-excitation LVDT sensor dedicated input channel
• Solenoid Drive Output: Regulated ±5 A peak proportional current output for valve coils
• Fault Relay Output: Isolated NPN transistor fault signal output for PLC alarm monitoring

Digital Control Performance

• Closed-Loop Spool Position Regulation Resolution: 0.01% full valve stroke precision
• Adjustable Ramp Acceleration/Deceleration: 0.01–30 seconds configurable rise/fall time
• Digital Filter Bandwidth: 50–2000 Hz software selectable noise suppression filter
• Internal Non-Volatile Memory: Stores up to 8 independent parameter sets for rapid valve mode switching

Environmental & Mechanical Ratings

• Operating Ambient Temperature Range: -10 °C ~ +55 °C
• Storage Temperature Range: -40 °C ~ +70 °C
• Enclosure Protection Rating: IP30 plastic housing for cabinet DIN rail installation
• Mount Standard: 35 mm EN standard DIN rail direct mounting
• Overall Physical Dimensions: 110 mm (W) × 125 mm (H) × 40 mm (D)
• Net Weight: 320 g

Software & Certification Standards

• Configuration Software: Atos E-SW digital amplifier programming tool via micro-USB port
• Compliance Certifications: CE EMC industrial hydraulic standard, UL 61010 low-voltage control certification

Functional Features

1. Full digital closed-loop spool position control using native AC LVDT feedback signal from Atos proportional hydraulic valves
2. Dual selectable analog command input modes (0–10 V / 4–20 mA) compatible with all industrial PLC and motion controller analog outputs
3. Front panel DIP switches, LED diagnostic indicators and push-button quick calibration without PC software dependency
4. Configurable acceleration/deceleration ramps eliminate hydraulic shock and mechanical vibration on heavy industrial machinery
5. Eight storable independent parameter memory profiles support rapid switching between multiple machine operating modes
6. Integrated comprehensive fault detection logic: short-circuit solenoid protection, LVDT sensor loss, power supply under-voltage alarm
7. Micro-USB port for full parameter backup, firmware upgrade, and advanced tuning via Atos E-SW PC software
8. Overcurrent, overheating, and short-circuit automatic latching shutdown protection with reset trigger via power cycle

Working Principle

Material Composition & Structural Characteristics

• Main housing: UL94-V0 flame retardant black ABS plastic extruded enclosure
• Internal circuit substrate: Double-sided FR4 industrial PCB with multi-stage EMC EMI suppression filtering
• Front panel control components: 8-position DIP toggle switches, multi-color LED status indicators, tactile calibration push-button
• Connection terminals: Screw-clamp copper terminal blocks for power, command signal, LVDT feedback and solenoid wiring
• Communication interface: Micro-USB recessed port with protective plastic dust cover
• Rear mounting hardware: Integrated plastic DIN rail clip for 35 mm standard cabinet rail attachment

Advantage Highlights

1. Native AC LVDT signal processing eliminates external signal conditioning modules for Atos closed-loop proportional valves
2. Ultra-high 0.01% full stroke position regulation precision enables ultra-smooth low-speed hydraulic motion control
3. Dual analog command input flexibility integrates seamlessly with all mainstream industrial automation PLC systems
4. On-board DIP switch and button calibration allows on-site commissioning without laptop configuration software
5. Eight independent memory parameter profiles enable fast machine mode switching for multi-process production equipment
6. Built-in full suite of hardware fault protection prevents permanent damage to expensive proportional hydraulic valve solenoids

Applicable Industries

Installation Requirements

1. Horizontal mounting on standard 35 mm EN DIN rail; vertical mounting prohibited to maintain rated heat dissipation performance
2. Separate hydraulic valve solenoid high-current wiring from low-level analog command/LVDT signal wiring with minimum 15 cm cable separation
3. All analog feedback and command wiring must use shielded twisted pair cable with shield terminated to cabinet protective earth bar
4. Maintain minimum 20 mm vertical air clearance above and below amplifier unit for passive convection cooling
5. Complete valve closed-loop auto-calibration procedure mandatory after initial wiring installation or component replacement

Usage Precautions

1. Solenoid output short-circuit triggers permanent latching shutdown; full power cycle required to clear fault state
2. Operating ambient temperature exceeding +55°C requires linear output current derating to avoid internal overheating protection shutdown
3. Non-Atos DC-excitation LVDT sensors cannot connect directly; external signal converter module required for cross-brand compatibility
4. Micro-USB port must remain covered with factory dust cap during long-term industrial operation to prevent metal contact oxidation
5. Firmware upgrade process requires uninterrupted 24 VDC power supply; power loss mid-upgrade corrupts internal control firmware permanently