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ABB DSCI112 output module

ABB DSCI112 output module

ABB DSCI112 output module

  • Item NO.:

    DSCI112
  • Payment:

    T/T
  • Price:

    $2000
  • Product Origin:

    Sweden
  • Color:

    NEW
  • Lead Time:

    In stock

We will arrange delivery within 3-5 days after receiving the payment.

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ABB DSCI112 Output Module 

The ABB DSCI112 is a compact, high-reliability industrial output module engineered for precise control of low-to-medium current actuators, solenoids, and indicators in ABB S800 I/O automation systems—specifically optimized for applications like manufacturing automation, building management, and light industrial process control. It functions as a "digital output hub," delivering stable 24V DC signals to field devices, providing built-in overload protection, and enabling real-time diagnostics to ensure consistent operation in electrically noisy or space-constrained environments. Designed for seamless integration with S800 bus backplanes and compliance with global industrial standards, it balances performance, durability, and cost-effectiveness for mid-scale automation needs. Below is its detailed specification:

1. Key Parameters

  • Product Model: DSCI112
  • Product Series: ABB S800 I/O Digital Output Modules (24V DC Low-to-Medium Current Control)
  • Core Function: Delivers 24V DC digital output signals to field devices (solenoids, relays, indicators); provides overload and short-circuit protection per channel; enables diagnostic monitoring of output status; communicates with S800 controllers via bus backplane
  • Output & Electrical Specifications:
    Parameter Details Performance Metrics
    Digital Output Channels - Quantity: 16 independent channels (solid-state MOSFET output)
    - Output Voltage: 24V DC (18~30V DC range)
    - Rated Current: 0.5A per channel (resistive load); 0.2A per channel (inductive load)
    - Maximum Total Current: 4A (all channels combined)
    - Switching Time: <1ms (on/off)
    Solid-state design ensures fast, bounce-free switching for time-sensitive applications (e.g., conveyor sorting); low per-channel current suits compact actuators
    Protection Features - Overload Protection: Electronic current limiting (120% of rated current)
    - Short-Circuit Protection: Thermal shutdown (automatic recovery after fault clearance)
    - Reverse Polarity Protection: Up to -30V DC (prevents damage from incorrect wiring)
    - Transient Suppression: Built-in TVS diodes (for inductive load voltage spikes)
    Protection mechanisms prevent module damage from wiring errors or faulty devices (e.g., shorted solenoids), reducing field failures by 60%
  • Diagnostics & Mechanical Specifications:
    Parameter Details Performance Metrics
    Diagnostics - Fault Detection: Overload, short circuit, open load, over-temperature
    - Status Indicators: 16 channel LEDs (green = on, red = fault) + 1 module fault LED
    - Diagnostic Reporting: Fault codes via S800 bus backplane (compatible with AC 800M controllers)
    Channel-specific LEDs enable at-a-glance troubleshooting (e.g., red LED = shorted channel); fault codes reduce diagnostic time by 50%
    Mechanical Design - Dimensions: 100mm (W) × 160mm (H) × 210mm (D) (S800 module form factor)
    - Mounting Type: ABB DSBB102/DSBB107/DSBB175 bus backplanes (35mm DIN rail compatible via adapter)
    - Housing Material: Flame-retardant ABS plastic (UL 94 V0) with EMI shielding
    - Weight: Approximately 550g
    - Wiring: Screw terminals (0.5~2.5mm² wire gauge)
    Compact form factor fits space-constrained cabinets (e.g., machine-mounted control boxes); EMI shielding blocks interference from nearby motors
  • Environmental & Compliance Ratings:
    • Operating Temperature Range: -25℃~+70℃ (-13℉~158℉)
    • Storage Temperature Range: -40℃~+85℃ (-40℉~185℉)
    • Humidity Tolerance: 5%~95% RH (non-condensing, 40℃)
    • Vibration Resistance: 10~500Hz, 1g acceleration (IEC 60068-2-6)
    • Shock Resistance: 20g (11ms half-sine, IEC 60068-2-27)
    • Compliance Standards: CE, RoHS, IEC 61131-2, UL 508, CSA C22.2 No.14, EN 61326-3-1 (EMC)

2. Key Features

  • 16-Channel Solid-State Outputs: MOSFET-based design delivers fast, bounce-free switching (<1ms) for low-to-medium current devices—eliminates mechanical wear (vs. relays) and ensures reliable operation for 100,000+ cycles, ideal for high-duty-cycle applications (e.g., packaging line indicators).
  • Per-Channel Protection: Electronic current limiting and thermal short-circuit protection—isolates faults (e.g., a shorted solenoid) to a single channel, preventing the entire module from shutting down and maintaining control of other devices.
  • Reverse Polarity & Transient Protection: TVS diodes and reverse polarity tolerance (-30V DC) prevent damage from common wiring errors (e.g., reversed power connections) or inductive load spikes (e.g., solenoid de-energization), reducing field service calls.
  • Channel-Specific LED Diagnostics: Green LEDs for active outputs and red LEDs for faults—technicians can quickly identify issues (e.g., open load = no LED) without connecting to a controller, cutting troubleshooting time by half.
  • EMI-Shielded ABS Housing: Flame-retardant ABS with built-in EMI shielding—blocks high-frequency interference (10MHz~1GHz) from VFDs or motors, ensuring stable output switching in electrically dense environments (e.g., electronics assembly plants).
  • Seamless S800 Integration: Mounts directly into DSBB-series backplanes and auto-detects via S800 bus—requires no manual configuration of output channels, reducing commissioning time and minimizing human error.
  • Wide Operating Range: -25℃~+70℃ temperature tolerance—operates reliably in unconditioned cabinets (e.g., outdoor kiosks, machine tool enclosures) without additional cooling, expanding deployment flexibility.

3. Application Fields

  • Manufacturing Automation: Controlling light industrial actuators:
    • Electronics Assembly: Drives 16 compact solenoids (0.2A inductive load) for PCB component placement—fast switching (<1ms) ensures precise synchronization with pick-and-place robots, reducing defect rates.
    • Packaging Lines: Controls 16 indicator lights and small conveyor brakes (0.5A resistive load)—per-channel protection prevents line shutdowns if a brake shorts, maintaining production throughput.
  • Building Automation Systems: Managing facility equipment:
    • Commercial HVAC: Operates 16 damper actuators and fan speed relays (0.3A per channel)—wide temperature range enables installation in rooftop HVAC cabinets, while EMI shielding resists noise from building power systems.
    • Access Control: Drives 16 door lock solenoids (0.2A inductive load) across a building—reverse polarity protection prevents damage from incorrect wiring during installation, reducing maintenance costs.
  • Light Process Control: Supporting small-scale fluid and material handling:
    • Food & Beverage Dispensing: Controls 16 small valves (0.4A inductive load) for beverage mixing—solid-state design avoids contact wear, ensuring consistent flow control for 24/7 operation.
    • Laboratory Automation: Operates 16 sample handling solenoids (0.1A load) in diagnostic equipment—EMI shielding prevents interference from nearby analytical instruments, maintaining test accuracy.
  • Machine Tool Accessories: Controlling auxiliary equipment:
    • CNC Mills: Drives 16 coolant valves and tool changer solenoids (0.5A load)—short-circuit protection prevents damage if coolant leaks onto wiring, ensuring uninterrupted machining.
    • 3D Printers (Industrial): Controls 16 heated bed relays and filament feed motors (0.3A load)—wide temperature range tolerates printer enclosure heat, while fast switching ensures precise layer adhesion.

4. Precautions

  • Load Compatibility (Critical): Do not exceed per-channel current ratings (0.5A resistive, 0.2A inductive)—overloading causes thermal shutdown and reduces module lifespan; use external contactors for loads >0.5A (e.g., 1A fans).
  • Installation & Wiring Safety:
    • Inductive Load Protection: For inductive devices (solenoids, relays), verify built-in TVS diodes are adequate—for high-inductance loads (e.g., large valves), add external flyback diodes (1N4007 or equivalent) to prevent voltage spikes >30V DC.
    • Wiring Torque: Tighten terminals to 0.8Nm torque (for 0.5~2.5mm² wire)—loose connections cause overheating (terminal temperature >80℃) and intermittent faults; use torque screwdrivers for consistency.
    • Polarity Check: Confirm 24V DC power polarity before wiring—while reverse polarity is protected, prolonged reverse connection may degrade TVS diodes over time.
  • Operation & Maintenance:
    • Overload Recovery: After a short-circuit or overload fault, clear the fault (e.g., replace a shorted solenoid) and cycle module power to reset—automatic recovery may not occur for severe faults (e.g., >1A per channel).

The structure and details of the product:

 

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