ABB UBC717AE01 HIEE300927R0101

• Output Protection:
  • Overcurrent protection: Self-resetting polyfuses per channel (prevents damage from short circuits)
  • Reverse polarity protection: Diode-based circuitry (guards against incorrect field wiring)
  • Inductive load protection: Built-in freewheeling diodes per channel (suppresses voltage spikes from inductive devices like relays)
• Response Time:
  • Turn-on time: ≤1 ms (from control signal input to output activation)
  • Turn-off time: ≤1 ms (from control signal deactivation to output cutoff)
• Isolation:
  • Channel group isolation: 500 V AC (rms) for 1 minute (channels divided into 4 groups of 4, isolated between groups)
  • Module-to-backplane isolation: 1500 V AC (rms) for 1 minute (protects the control system backplane from field electrical disturbances)
• Operating Temperature Range: -25°C to +60°C (suitable for harsh industrial environments)
  • Storage temperature range: -40°C to +85°C
• Power Supply Requirements:
  • Backplane power input: 5 V DC (compliant with ABB AC 800M system backplane specifications)
  • Field power input: 24 V DC (separate from backplane power, for driving output loads)
  • Maximum power consumption: 4.5 W (backplane power) + load-dependent power (field power)
• Communication Interface: ABB proprietary backplane bus (compatible with AC 800M/AC 800xA systems, data transfer rate up to 100 Mbps)
• Mechanical Dimensions:
  • Width: Approximately 32 mm (standard single-width DIN rail-mount size for ABB AC 800M modules)
  • Height: Approximately 120 mm
  • Depth: Approximately 180 mm
• Certifications:
  • IEC 61131-2 (industrial control equipment safety and performance standards)
  • IEC 61000-6-2 (electromagnetic compatibility (EMC) immunity for industrial environments)
  • IEC 61000-6-4 (EMC emissions to avoid interference with other equipment)
  • UL 508 (North American safety standard for industrial control equipment)
  • CE marking (compliance with European Union industrial directives)

 Function Features

• High-Density, High-Load Capacity: 16 output channels in a compact form factor, with 2 A continuous current per channel and 5 A inrush current—supports a wide range of field devices, from low-power indicators to medium-load solenoids.
• Comprehensive Output Protection: Integrates overcurrent, reverse polarity, and inductive spike protection. This safeguards both the module and connected field devices from wiring errors, short circuits, and voltage transients, reducing maintenance costs and downtime.
• Fast Response Time: ≤1 ms turn-on/turn-off time ensures rapid execution of control actions, critical for time-sensitive processes (e.g., emergency shutdowns, fast-acting valves in chemical plants).
• Group Isolation: Channels divided into 4 isolated groups (4 channels per group) prevent cross-group interference. This is essential when driving devices powered by different field power sources or in applications with high electrical noise.
• Real-Time Status Monitoring: Each channel includes a status LED (on/off) for local visual verification. Additionally, the module transmits channel output status (active/inactive) and fault signals (e.g., overcurrent) to the central CPU, enabling remote monitoring and troubleshooting.
• Rugged Industrial Design: Withstands extreme temperatures (-25°C to +60°C), vibration (up to 5 g peak), and shock (up to 20 g peak). The module’s enclosure and component selection ensure reliable operation in harsh settings like refineries, mines, and manufacturing plants.
• Easy Installation & Configuration:
  • DIN rail-mountable design for quick integration into standard AC 800M racks.
  • Configurable via ABB Control Builder M software—users can set channel labels, fault detection thresholds, and output latching (momentary/latched) without physical hardware adjustments.
• Seamless System Compatibility: Fully compatible with ABB AC 800M/AC 800xA control systems, including redundant CPU architectures. It synchronizes with the central controller to ensure consistent output performance even during CPU failover.

Application Scenarios

• Process Industry:
  • Chemical & Petrochemical Plants: Drives solenoid valves (for chemical flow control), motor contactors (for agitator or pump operation), and alarm buzzers (for process upsets). Overcurrent protection prevents damage from valve jams or shorted wiring.
  • Oil & Gas Refineries: Controls pipeline block valves (to start/stop oil flow), heater relays (for crude oil preheating), and emergency shutdown (ESD) solenoids. Fast response time ensures rapid activation of safety measures during pressure spikes.
  • Power Generation (Thermal/Hydro): Operates feedwater pump contactors (for boiler water supply), damper actuators (for combustion air control), and indicator lights (for equipment status). Group isolation avoids interference from high-voltage power system noise.
• Manufacturing Industry:
  • Automotive Assembly Lines: Triggers robotic end effector solenoids (for part gripping), conveyor belt motor contactors (for workpiece movement), and welding machine relays. High current capacity supports medium-load automation devices.
  • Electronics Manufacturing: Drives SMT machine feeder motors (for component supply), PCB conveyor actuators (for board transport), and ESD warning lights (for static discharge risks). Reverse polarity protection guards against wiring errors during module replacement.
  • Food & Beverage Processing: Controls mixing tank agitator relays (for ingredient blending), packaging machine solenoids (for seal activation), and sanitization pump contactors. Rugged design withstands washdown-related humidity and temperature changes.
• Infrastructure & Utilities:
  • Water & Wastewater Treatment: Operates pump contactors (for water transfer), valve solenoids (for tank inlet/outlet control), and sludge dewatering machine relays. Overcurrent protection handles pump startup surges.
  • Building Automation (Large Facilities): Drives HVAC fan relays (for zone cooling), lighting contactors (for large area illumination), and fire door solenoids (for emergency access control). Status monitoring enables remote verification of device operation.
  • Mining Operations: Controls crusher motor contactors (for ore processing), conveyor belt brake solenoids (for emergency stops), and dust collector relays. Inductive load protection suppresses voltage spikes from heavy-duty mining equipment.