ECADAP-0 B & R Automation
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The ECADAP-0 is a DIN-rail mounted multi analog module with EtherCAT bus interface and an operating voltage of 24 V DC. Manufactured by B & R Automation as part of the ECZ Multi Analog Modules series, it weighs approximately 200 grams and operates within a temperature range of 0°C to +55°C. The module boasts IP20 protection.
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Product Description:
ECADAP-0 variant comes from B & R Automation and is a member of the top-rated ECZ Multi Analog Modules product family. Serving EtherCAT as the bus interface guarantees live and fast exchange of information across the automation network. Also, the connection type is EtherCAT In/Out which allows devices to daisy‑chain without additional hardware and streamlines cabinet wiring. Operating voltage measures 24 V DC to match standard industrial control supplies and minimize the need for extra power converters.
Power consumption typically reaches 2.2 W which reduces heat generation and lowers cooling requirements inside control cabinets. Mounting option is DIN‑rail installation which accelerates assembly and simplifies integration into existing racks. Physical dimensions of 30 × 120 × 75 mm conserve panel space and permit dense module arrangements. Ingress protection is rated IP20 that protects against accidental contact and keeps internal electronics safe from debris. Ambient temperature spans 0°C to +55°C to maintain reliable performance in moderate industrial environments. While a storage temperature ranges from -25°C to +70°C accommodates wide seasonal and transportation conditions. Mass approximates 200 g just to keep overall system weight low and also eases handling during installation.
This analogue module ECADAP-0 features a supply tolerance of -20% to +25%, allowing a stable operation under voltage fluctuations. System bus supply current can peak at 3A which accommodates multiple connected I/O modules without overloading the coupler. Its relative humidity tolerance of 5% to 95%, non‑condensing which permits use in environments with variable moisture levels. The support for up to 20 stacked modules enables scalable system expansion without additional couplers. Also, the integrated potential separation between the fieldbus and module electronics safeguards against ground loops and enhances signal integrity.