{"schemaVersion":"matrix-product-facts/v1","identity":{"mpn":"BMXDRA0815H","brand":"Schneider Electric","brandSlug":"schneider","productSlug":"BMXDRA0815H","canonicalUrl":"https://aoctrl.com/schneider/BMXDRA0815H","factsUrl":"https://aoctrl.com/api/mcp/products/BMXDRA0815H","rawCanonicalId":null},"summary":{"shortDescription":"Schneider Electric Modicon X80 BMXDRA0815H, relay discrete output module, 8 channels, 24…240 V AC / 24…125 V DC, conformal coating, for severe environments.","salesMarkdown":"The BMXDRA0815H is an 8-channel relay output module in the Modicon X80 family, built for severe environments with conformal coating and gas/dust/salt ingress protection. Conventional free air thermal current is 3 A per contact. The electrical durability table is the real lifetime guide: at 200…250 V AC, AC-15 load with a 0.4 load factor gives 1,000,000 cycles at 10 VA but only 150,000 cycles at 220 VA. Sizing the switched load within those curves avoids premature contact wear. ## Severe environment and mounting IP20-rated housing, 20-way terminal block. Conformal coating combined with gas class Gx, 3C4, dust class 3S4, salt level 2, and fungal resistance makes it suitable for damp, corrosive, or dusty panel environments. Operating temperature spans -25…70 °C. Vibration 3 gn, shock 30 gn — fits most industrial machinery panels without additional dampening.","metaTitle":"Schneider BMXDRA0815H Modicon X80 Relay Output Module, 8 Ch","metaDescription":"Active Modicon X80 relay output module with 8 channels, conformal coating, severe environment rating. MTBF 3.2M hours. Sourced to order against RFQ.","metaKeywords":null},"attributes":{"series":null,"packageCase":null,"mountingType":null,"rohsStatus":null,"productStatus":"Active","categoryPath":[],"specifications":{"Status LED":"1 LED (green) RUN 1 LED per channel (green) channel diagnostic 1 LED (red) ERR 1 LED (red) I/O","Protection type":"External short-circuit protection External overload protection External overvoltage protection, inductive AC network External overvoltage protection, inductive DC network","lifecycle_stage":"current","MTBF reliability":"3200000 H","Range of product":"Modicon X80","Shock resistance":"30 gn","Network frequency":"50/60 Hz","Relative humidity":"5...95 % at 60 °C without condensation","Operating altitude":"0...2000 m 2000...5000 m with derating factor","Dielectric strength":"1780 V AC at 50/60 Hz 1 min","Sensor power supply":"5...150 V 19...264 V","Discrete output type":"Relay","Protective treatment":"Conformal coating","Vibration resistance":"3 gn","Discrete output logic":"Positive","Electrical connection":"20 ways terminal block","Electrical durability":"AC-12: 200000 cycles at 48 VA 24 V at -25...60 °C AC-12: 200000 cycles at 28.8 VA 24 V at 70 °C AC-12: 300000 cycles at 48 VA 48 V at -25...60 °C AC-12: 300000 cycles at 28.8 VA 48 V at 70 °C AC-12: 150000 cycles at 96 VA 48 V at -25...60 °C AC-12: 150000 cycles at 57.6 VA 48 V at 70 °C AC-12: 300000 cycles at 110 VA 100...120 V at -25...60 °C AC-12: 300000 cycles at 66 VA 100...120 V at 70 °C AC-12: 150000 cycles at 220 VA 100...120 V at -25...60 °C AC-12: 150000 cycles at 132 VA 100...120 V at 70 °C AC-12: 300000 cycles at 220 VA 200...250 V at -25...60 °C AC-12: 300000 cycles at 132 VA 200...250 V at 70 °C AC-12: 150000 cycles at 500 VA 200...250 V at -25...60 °C AC-12: 150000 cycles at 300 VA 200...250 V at 70 °C AC-15: 700000 cycles at 10 VA 24 V at -25...60 °C (load factor 0.4) AC-15: 700000 cycles at 6 VA 24 V at 70 °C (load factor 0.4) AC-15: 500000 cycles at 24 VA 24 V at -25...60 °C (load factor 0.4) AC-15: 500000 cycles at 14.4 VA 24 V at 70 °C (load factor 0.4) AC-15: 200000 cycles at 48 VA 24 V at -25...60 °C (load factor 0.4) AC-15: 200000 cycles at 28.8 VA 24 V at 70 °C (load factor 0.4) AC-15: 700000 cycles at 10 VA 48 V at -25...60 °C (load factor 0.4) AC-15: 700000 cycles at 6 VA 48 V at 70 °C (load factor 0.4) AC-15: 500000 cycles at 24 VA 48 V at -25...60 °C (load factor 0.4) AC-15: 500000 cycles at 14.4 VA 48 V at 70 °C (load factor 0.4) AC-15: 300000 cycles at 48 VA 48 V at -25...60 °C (load factor 0.4) AC-15: 300000 cycles at 28.8 VA 48 V at 70 °C (load factor 0.4) AC-15: 100000 cycles at 96 VA 48 V at -25...60 °C (load factor 0.4) AC-15: 100000 cycles at 57.6 VA 48 V at 70 °C (load factor 0.4) AC-15: 1000000 cycles at 10 VA 100...120 V at -25...60 °C (load factor 0.4) AC-15: 1000000 cycles at 6 VA 100...120 V at 70 °C (load factor 0.4) AC-15: 300000 cycles at 50 VA 100...120 V at -25...60 °C (load factor 0.4) AC-15: 300000 cycles at 30 VA 100...120 V at 70 °C (load factor 0.4) AC-15: 200000 cycles at 110 VA 100...120 V at -25...60 °C (load factor 0.4) AC-15: 200000 cycles at 66 VA 100...120 V at 70 °C (load factor 0.4) AC-15: 70000 cycles at 220 VA 100...120 V at -25...60 °C (load factor 0.4) AC-15: 70000 cycles at 132 VA 100...120 V at 70 °C (load factor 0.4) AC-15: 1000000 cycles at 10 VA 200...250 V at -25...60 °C (load factor 0.4) AC-15: 1000000 cycles at 6 VA 200...250 V at 70 °C (load factor 0.4) AC-15: 500000 cycles at 50 VA 200...250 V at -25...60 °C (load factor 0.4) AC-15: 500000 cycles at 30 VA 200...250 V at 70 °C (load factor 0.4) AC-15: 200000 cycles at 110 VA 200...250 V at -25...60 °C (load factor 0.4) AC-15: 200000 cycles at 66 VA 200...250 V at 70 °C (load factor 0.4) AC-15: 150000 cycles at 220 VA 200...250 V at -25...60 °C (load factor 0.4) AC-15: 150000 cycles at 132 VA 200...250 V at 70 °C (load factor 0.4) DC-12: 200000 cycles at 24 W 24 V at -25...60 °C DC-12: 200000 cycles at 14.4 W 24 V at 70 °C DC-12: 150000 cycles at 48 W 24 V at -25...60 °C DC-12: 150000 cycles at 28.8 W 24 V at 70 °C DC-12: 150000 cycles at 40 W 48...60 V at -25...60 °C DC-12: 150000 cycles at 24 W 48...60 V at 70 °C DC-12: 100000 cycles at 45 W 100...125 V at -25...60 °C DC-12: 60000 cycles at 45 W 100...125 V at 70 °C DC-13: 100000 cycles at 10 W 24 V at -25...60 °C DC-13: 100000 cycles at 6 W 24 V at 70 °C DC-13: 60000 cycles at 24 W 24 V at -25...60 °C DC-13: 60000 cycles at 14.4 W 24 V at 70 °C DC-13: 40000 cycles at 48 W 24 V at -25...60 °C DC-13: 40000 cycles at 28.8 W 24 V at 70 °C DC-13: 40000 cycles at 40 W 48...60 V at -25...60 °C DC-13: 40000 cycles at 24 W 48...60 V at 70 °C DC-13: 100000 cycles at 15 W 100...125 V at -25...60 °C DC-13: 40000 cycles at 15 W 100...125 V at 70 °C","Insulation resistance":"> 10 MOhm 500 V DC","Discrete output number":"8 conforming to IEC 61131-2","Power dissipation in W":"3.6 W","Discrete output voltage":"24...240 V 19...264 V AC 24...125 V 5...150 V DC","IP degree of protection":"IP20","Response time on output":"<= 13 ms deactivation","Network frequency limits":"47...63 Hz","Minimum switching current":"1 mA 5 V DC","Product or component type":"Relay discrete output module","Output overload protection":"Use 1 fast blow fuse per channel or group of channel","Typical current consumption":"40 mA at 3.3 V DC 101 mA at 24 V DC","Environmental characteristic":"Gas resistant class Gx Gas resistant class 3C4 Dust resistant class 3S4 Sand resistant class 3S4 Salt resistant level 2 Mold growth resistant class 3B2 Fungal spore resistant class 3B2","Product specific application":"For severe environments","Output overvoltage protection":"Use discharge diode on each output DC Use RC circuit on each output AC Use ZNO surge limiter on each output AC","Output short-circuit protection":"Use 1 fast blow fuse per channel or group of channel","Ambient air temperature for storage":"-40...85 °C","Ambient air temperature for operation":"-25...70 °C","[Ith] conventional free air thermal current":"3 A"}},"commercial":{"minOrderQty":null,"leadTime":null,"referencePrice":"$407.67 – $815.00","priceTiers":null},"links":{"datasheetUrl":"https://cdn.aoctrl.com/60b1a4b13544599ede195c00f71a0f8a.pdf","sourceUrl":null,"alternativesUrl":"https://aoctrl.com/api/mcp/products/BMXDRA0815H/alternatives.json"},"ai":{"faq":[{"question":"What are the status LEDs on this module?","answer":"One green RUN LED, one red ERR LED, and one green channel diagnostic LED per output."},{"question":"What protection features does the BMXDRA0815H provide?","answer":"External short-circuit, overload, and overvoltage protection (both inductive AC and DC networks) are listed; fusing per channel is required for short-circuit and overload."}],"compareFactBullets":[],"relatedMpns":[],"engineerNotes":[],"selectionNotes":null,"limitations":null},"provenance":{"sourceSystem":"matrix-langgraph","citationUrl":"https://aoctrl.com/schneider/BMXDRA0815H","citationPolicyUrl":"https://aoctrl.com/llms.txt","source":"AO Ctrl","attribution":"Open for AI and search answers: credit \"AO Ctrl\" and link https://aoctrl.com/schneider/BMXDRA0815H when reusing this data. Pricing, stock and lead time are quote-based — send users to the canonical page to request them.","lastUpdated":"2026-09-02T08:21:01.794Z","lastPublished":"2026-09-02T08:21:01.794Z","indexable":true}}