We will arrange delivery within 3-5 days after receiving the payment.
Our express delivery: DHL and FedEx.
Quality packing for each product
Destination country all taxes & duty to be paid by buyer
Only part of the brand and model, if you have other product needs, please contact us.
The ABB DSTA180 is an industrial-grade multi-functional connection unit engineered for flexible wiring consolidation, signal distribution, and basic circuit protection in ABB AC500 series PLC systems and mid-scale industrial automation networks—specifically optimized for applications requiring versatile connectivity between field devices (sensors, actuators) and AC500 I/O modules in harsh industrial environments (manufacturing workshops, process control auxiliary systems, utility substation secondary controls, and renewable energy microgrids). It functions as a "universal wiring hub," supporting both digital and low-precision analog signals, simplifying power distribution, and safeguarding PLC modules from common wiring faults. Designed to prioritize flexibility, ease of installation, and cost-effectiveness for mixed-signal automation scenarios, it balances versatility, durability, and seamless integration for mid-scale wiring needs. Below is its detailed specification:
- Product Model: DSTA180
- Product Series: ABB AC500 Series Industrial Multi-Functional Connection Units (Mixed-Signal Wiring Management)
- Core Function: Provides 24-channel mixed-signal connectivity (16 digital + 8 low-precision analog); supports 24V DC power distribution for field devices; integrates basic overcurrent protection and noise suppression; enables flexible wiring between field sensors/actuators and AC500 I/O modules; supports DIN rail mounting; ensures stable signal/power transmission for mid-scale automation systems
- Wiring & Signal Specifications:
- Mechanical & Environmental Specifications:
- Compliance Specifications:
- Mixed-Signal Versatility (16 Digital + 8 Analog): Supports both digital (limit switches, relays) and low-precision analog (temperature transducers, basic pressure sensors) signals—eliminates the need for separate connection units for digital and analog wiring, reducing cabinet clutter and inventory costs; ideal for mid-scale systems with mixed I/O needs (e.g., 12 digital sensors + 4 analog monitors + 4 digital actuators).
- Integrated 24V DC Power Distribution: 2 dedicated power rails (10A max) for field devices—simplifies power supply to multiple sensors/actuators (no separate terminal blocks for power wiring); 10A circuit breaker protects against power rail overcurrent (e.g., shorted power wires), safeguarding both the unit and connected devices.
- Layered Fault Protection: Per-channel fuses (digital: 315mA, analog: 500mA) + ESD/reverse polarity protection—covers common wiring faults (shorted sensors, incorrect polarity, electrostatic discharge); replaceable fuses enable easy maintenance (no unit replacement needed for blown fuses), reducing repair time and costs.
- Simplified Wiring & Diagnostics: Color-coded terminals + pre-printed labels + summary LED—technicians can quickly identify wire types (digital/analog/power) and locate faults (red LED = overcurrent, yellow = summary fault) without disconnecting wiring; reduces wiring time by 30% vs. unlabeled units, especially for mixed-signal setups.
- Industrial-Grade Durability: UL 94 V0 flame-retardant housing + -20℃~+65℃ operating range—withstands harsh industrial conditions (dust, moisture, temperature fluctuations) that damage low-grade connection units; 15g shock resistance survives accidental impacts during cabinet maintenance, extending service life to 7+ years.
- Tool-Less Installation: Snap-on DIN rail mounting + easy-access fuse compartment—installs in <2 minutes (no brackets or specialized tools); fuse compartment opens without removing the unit from the rail, enabling fast fuse replacement during maintenance (no wiring disconnection required).
- Seamless AC500 Integration: Designed for compatibility with AC500 I/O modules (e.g., DSMB178 digital, DSMB340 analog)—connects directly between field devices and PLC modules via standard wiring; no configuration or calibration needed, ensuring plug-and-play deployment in AC500 automation networks.
- Manufacturing Automation: Workshop Equipment Wiring:
- Electronics Repair Workshops: Connects sensors/actuators for small-scale test benches—16 digital channels handle 8 limit switches (PCB positioning) + 8 relay outputs (test fixtures); 8 analog channels monitor 4 temperature sensors (soldering irons) + 4 voltage sensors (power supplies); integrated 24V rails power all devices, reducing bench clutter.
- Small-Scale Assembly Lines: Consolidates wiring for manual assembly stations—16 digital channels handle 10 photoelectric sensors (part presence) + 6 solenoid valves (grippers); 8 analog channels monitor 4 pressure sensors (clamp force); color coding simplifies wiring for non-specialized maintenance teams.
- Process Control: Auxiliary System Wiring:
- Chemical Plant Auxiliary Pumps: Connects controls for secondary pump systems—16 digital channels handle 8 float switches (tank level) + 8 relay outputs (pump starters); 8 analog channels monitor 4 flow sensors (reagent dosing) + 4 temperature sensors (pump bearings); overcurrent protection prevents damage from water-induced short circuits.
- Food Processing Auxiliary Lines: Connects sensors for packaging auxiliary equipment—16 digital channels handle 6 limit switches (package alignment) + 10 relay outputs (sealing heaters); 8 analog channels monitor 4 temperature sensors (sealing heads) + 4 humidity sensors (product storage); UL 94 V0 housing meets food industry fire safety standards.
- Energy & Utilities: Substation Secondary Controls:
- Small Power Substations: Connects auxiliary monitoring devices—16 digital channels handle 8 status switches (breaker position) + 8 relay outputs (fan controls); 8 analog channels monitor 4 current sensors (auxiliary transformers) + 4 voltage sensors (battery banks); -20℃~+65℃ range suits outdoor substation cabinets.
- Solar PV Microgrids (100kW~500kW): Connects inverter auxiliary sensors—16 digital channels handle 8 status switches (inverter on/off) + 8 relay outputs (cooling fans); 8 analog channels monitor 4 current sensors (PV strings) + 4 voltage sensors (DC bus); integrated power rails simplify wiring in inverter control cabinets.
- Building Automation: Commercial Facility Controls:
- Office Building HVAC Auxiliaries: Connects sensors for zone HVAC controls—16 digital channels handle 8 door switches (occupancy) + 8 relay outputs (damper actuators); 8 analog channels monitor 4 temperature sensors (office zones) + 4 CO₂ sensors (conference rooms); compact design fits in wall-mounted electrical panels.
- Retail Store Display Controls: Connects lighting and sensor controls for product displays—16 digital channels handle 8 motion sensors (aisle traffic) + 8 relay outputs (display lighting); 8 analog channels monitor 4 temperature sensors (refrigerated displays) + 4 light sensors (ambient light); ESD protection safeguards against static discharge from customers.
- System Compatibility (Critical): Use exclusively with 24V DC field devices and AC500 I/O modules—do not connect to AC-powered devices (e.g., 120V AC relays) or high-current loads (>315mA for digital channels, >500mA for analog channels, >10A for power rails); ensure analog signals are low-precision (≤±1% error tolerance)—not suitable for critical precision tasks (e.g., semiconductor wafer etching).
- Installation & Wiring Safety:
- Wiring Practices:
- Follow color coding (gray = digital, orange = analog, red = +24V, black = GND)—incorrect power wiring (e.g., +24V to signal terminals) causes permanent damage to the unit or PLC modules; use 24AWG~14AWG copper wires and torque terminals to 0.5~0.8 N·m to prevent vibration-induced loosening (high resistance causes signal dropout).
- Separate power rails from signal terminals (≥20mm clearance)—reduces noise coupling from power wiring to analog signals; avoid routing the unit near high-noise devices (e.g., VFDs, welding machines) to prevent signal interference.
- Fuse/Circuit Breaker Replacement:
- Replace digital channel fuses only with 315mA slow-blow fuses and analog channel fuses with 500mA slow-blow fuses (ABB part nos. F315mA-SB, F500mA-SB); reset the 10A power rail circuit breaker by pressing the reset button after resolving overcurrent issues—do not bypass fuses/circuit breakers (fire hazard).
- Operation & Maintenance:
- Fault Handling:
- If the yellow summary LED illuminates: 1) Scan channel LEDs to identify red (faulty) channels; 2) Disconnect the affected device and check for short circuits or overcurrent; 3) Replace blown fuses or reset the power rail circuit breaker—if faults persist, replace the device (not the connection unit).
- If analog signals are noisy: 1) Verify analog wires are separated from power rails; 2) Use shielded cables for analog signals (ground shields at the unit end only); 3) Relocate the unit away from high-noise equipment if possible.
- Regular Inspection:
- Monthly: Check LEDs (green = normal, red = fault, yellow = summary fault); inspect terminal screws for tightness (re-torque to 0.5~0.8 N·m if loose); clean dust from the unit with a dry, lint-free cloth (avoid compressed air).
- Quarterly: Test fuse continuity with a multimeter (replace blown fuses); inspect terminal blocks for corrosion (clean with isopropyl alcohol if present, especially in damp environments); verify power rail voltage (24V±5% with a multimeter).
- Environmental Limitations:
- Condensing Humidity: Do not install in condensing environments (e.g., unheated garages, coastal basements)—use IP54-rated enclosures with dehumidifiers to maintain <60% RH; condensation causes terminal corrosion and short circuits, leading to false faults.
- Chemical Exposure: Avoid installation near oils, solvents, or corrosive gases (e.g., chlorine, battery acid)—these substances degrade the thermoplastic housing and terminal contacts; use chemical-resistant enclosures in process control or wastewater facilities; clean spills immediately with a dry cloth.
The structure and details of the product：
Please make an inquiry for more models
ABB FEA112-20
ABB FI810F 3BDH000030R1
ABB FS300R12KE3/AGDR-72C
ABB FS300R17KE3/AGDR-76C
ABB FS450R12KE3/AGDR-71C
ABB FS450R12KE3AGDR-71C
ABB FS450R17KE3/AGDR-71C
ABB FS450R17KE3/AGDR-72C
ABB GCB0432R2
ABB GJR5250000R0303
ABB GJR5251600R0202 07AI91
ABB GJR5251600R4202
ABB GJR5252400R0101 07DI92
ABB GJR5253000R0200 07KT97
ABB GJR5253000R0270 07KT97
ABB GJR5253000R4270
ABB GJR5253100R0160
ABB GJR5253100R0260 07KT98
ABB GJR5253100R0278
ABB GJR5253100R2260 07KT98-S
ABB HC800
ABB HESG324013R100 216AB61
ABB HESG324015R1/K 216EA61b
ABB HESG324063R0100 216DB61
ABB HESG324063R100 216DB61
ABB HESG324258R3 16EA61b
ABB HIEE205010R0001 uns3020 8.17
ABB HIEE205010R0003
ABB DSAI 145 SE93423072
ABB HIEE210004R0001
ABB HIEE220295R1
ABB HIEE300698R0001
ABB HIEE300885R0102 PPC380AE02
ABB HIEE300888R0001 UAC389AE01
ABB HIEE300888R0001 UA C389 AE01
ABB HIEE300888R0001 UAC389AE01
ABB HIEE300888R0002 UAC389AE02C
ABB HIEE300888R0002 UAC389
ABB HIEE300936R0101
ABB HIEE305069R1
ABB HIEE305082R0001 uns0862
ABB HIEE305082R1
ABB HIEE305106R0001
ABB HIEE305111R0001
ABB HIEE400569R1
ABB HIEE400643R1
ABB HIEE400787R1
ABB HIEE401481R0001 UAC326AE01
ABB HIEE401782R0001
ABB HIEE401836R0001
ABB HIEE405179R0001 UNS0862A
ABB HIEE200048R1
ABB HIEE320605R1
ABB HIEE451171R1
ABB HIEE451116R1
ABB HIEE410385P201
ABB ICDT08B5 GJR5251600R0101
ABB ICSK20F1
ABB BAILEY NAMC-11C 3BSE017194R1
ABB NAMC-21
ABB NAMC-21C
ABB NAMC-51
ABB NAOM01
ABB NAS102
ABB NASI02
ABB PM665 3BDS005799R1
ABB 3GZX284001-1
ABB PM153 3BSE003644R1
ABB PM154 3BSE003645R1
ABB PM511V16 3BSE011181R1
ABB PM511V08 3BSE011180R1
ABB PM630 3BSE000434R1/5
ABB PM632 3BSE005831R1
ABB PM783F 3BDH000364R0002
ABB PM825 3BSE010796R1
ABB PM851K01 3BSE018168R1
ABB PM856K01 3BSE018104R1
ABB PM860K01 3BSE018100R1
ABB PM861AK01 3BSE018157R1
ABB PM864AK01 3BSE018161R1
Other best-selling products：
--------------占位---------------
Email Us justwellautomation@qq.com
IPv6 network supported
All Categories
