MOOVair 10 wireless secondary unit, dual 24/36 VDC configuration

Name: MOOVair 10 wireless secondary unit, dual 24/36 VDC configuration
SKU: EOE17011077

Model / article: EOE17011077

MOOVair 10 wireless secondary unit, dual 24/36 VDC configuration is listed by Delta Electronics in Robot charging systems. Published model data includes Product mass: 20 kg; Dimensions: 565 × 327 × 50 mm. See the specification table for operating conditions and source evidence.

Component-level wireless charging for AGVs and AMRs. Match primary and secondary components; individual parts are not complete charging systems. Shared photos show the system. Conditional ratings and unresolved source differences are retained.

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MOOVair 10 system reference image — multiple components shown

Product overview

Manufacturer / supplier: Delta Electronics
Series: MOOVair 10 wireless charging components
Component type: Robot charging systems
Source: Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: 2026-09-20. Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for MOOVair 10 wireless secondary unit, dual 24/36 VDC configuration
Specification	Published value	Conditions and source
Charger chemistriesModel-level statement	All types with battery management system (BMS)	rule validated Operating conditions requirement All battery types require BMS Source evidence Compatible batteries: All types with battery management system (BMS) EOE17011077 / MOOVair 10 / PDF p.3 / Compatible batteries Source observed: 2026-09-20View source
Charger component roleModel-level statement	secondary unit	rule validated Source evidence Component role: secondary unit EOE17011077 / MOOVair 10 / PDF p.3 / Component role Source observed: 2026-09-20View source
Charger coolingModel-level statement	Natural convection	rule validated Source evidence Component cooling: Natural convection EOE17011077 / MOOVair 10 / PDF p.4 / Component cooling Source observed: 2026-09-20View source
Charger currentModel-level statement	280 A	rule validated Operating conditions scope Requires compatible complete system; voltage, maximum current and power limits are not necessarily simultaneous Source evidence Maximum charging current: 280 A EOE17011077 / MOOVair 10 / PDF p.3 / Maximum charging current Source observed: 2026-09-20View source
Charger environmentModel-level statement	Altitude 3000 m; relative humidity 15–100%	rule validated Source evidence Environmental limits: Altitude 3000 m; relative humidity 15–100% EOE17011077 / MOOVair 10 / PDF p.3 / Environmental limits Source observed: 2026-09-20View source
Charger model codeModel-level statement	EOE17011077	rule validated Source evidence MOOVair 10 wireless secondary unit, dual 24/36 VDC configuration: EOE17011077 Exact component ordering table; source SHA256 2ee90f66d070feb445c310fdaf9a128cc940470c347c66aee8b143b0508709eb; PDF p.3 Source observed: 2026-09-20View source
Charger operating modesModel-level statement	24 V setting: 18–29 V, 280 A max, 8120 W max, gap 135±5 to 185±5 mm; 36 V setting: 26–44 V, 280 A max, 10000 W max, gap 105±5 to 155±5 mm	rule validated Operating conditions scope Requires compatible complete system; voltage, maximum current and power limits are not necessarily simultaneous Source evidence Conditional charging modes: 24 V setting: 18–29 V, 280 A max, 8120 W max, gap 135±5 to 185±5 mm; 36 V setting: 26–44 V, 280 A max, 10000 W max, gap 105±5 to 155±5 mm EOE17011077 / MOOVair 10 / PDF p.3 / Conditional charging modes Source observed: 2026-09-20View source
Charger powerModel-level statement	10000 W	rule validated Operating conditions scope Requires compatible complete system; voltage, maximum current and power limits are not necessarily simultaneous setting 36 V setting only; 24 V setting limited to 8120 W Source evidence Maximum charging power: 10000 W EOE17011077 / MOOVair 10 / PDF p.3 / Maximum charging power Source observed: 2026-09-20View source
Charger rating notesModel-level statement	Parallel operation available on request. No complete-system IP69 claim. AC voltage and phase omitted pending reconciliation of webpage and PDF. CANopen/Ethernet are system charging-control interfaces, not standalone pad interfaces.	rule validated Source evidence System integration limitations: Parallel operation available on request. No complete-system IP69 claim. AC voltage and phase omitted pending reconciliation of webpage and PDF. CANopen/Ethernet are system charging-control interfaces, not standalone pad interfaces. EOE17011077 / MOOVair 10 / PDF p.4 / System integration limitations Source observed: 2026-09-20View source
Charger storage limitsModel-level statement	-45 to +70°C	rule validated Source evidence Storage temperature: -45 to +70°C EOE17011077 / MOOVair 10 / PDF p.3 / Storage temperature Source observed: 2026-09-20View source
DimensionsModel-level statement	565 × 327 × 50 mm	rule validated Source evidence Component L × W × H: 565 × 327 × 50 mm EOE17011077 / MOOVair 10 / PDF p.4 / Component L × W × H Source observed: 2026-09-20View source
Ingress protection ratingModel-level statement	IP69	rule validated Operating conditions scope secondary_unit Source evidence Component ingress protection: IP69 EOE17011077 / MOOVair 10 / PDF p.3 / Component ingress protection Source observed: 2026-09-20View source
Product massModel-level statement	20 kg	rule validated Operating conditions scope secondary_unit Source evidence Component mass: 20 kg EOE17011077 / MOOVair 10 / PDF p.4 / Component mass Source observed: 2026-09-20View source
Operating temperature rangeModel-level statement	-40 to 80 °C	rule validated Operating conditions derating Derating above 40°C, PDF p.4 footnote 3; maximum temperature is not full-power rating Source evidence Operating temperature: -40 to 80 °C EOE17011077 / MOOVair 10 / PDF p.3 / Operating temperature Source observed: 2026-09-20View source

Technical documents and resources

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