Capabilities

DOCKING & CHARGING

Robot Docking & Charging Integration

Docking contacts, charger interface, battery / BMS handoff, alignment constraints, safety interlock, wiring and documentation for mobile robots.

DOCKING CHARGE PATH Docking and charging interface map
Station charger
Dock contacts
Charge interface
BMS
Battery
Alignment
Interlock / status
CHARGE POWER ALIGNMENT / INTERLOCK

Electrical and mechanical docking interfaces must be defined together using the selected charger, contact and battery context.

A complete system drawing is not required. Start with the subsystem, interfaces, operating limits and available documents.

SYSTEM OVERVIEW

What this subsystem includes

Define docking as a combined electrical and mechanical interface from the station charger through the contacts to the robot battery system.

01

Station-side charger

The charger and station-side responsibilities define the source of the charging interface.

02

Docking contacts

Contact geometry, ratings, mating context and service access connect the station to the robot.

03

Alignment & interlock

Mechanical alignment, engagement and interlock interfaces affect safe and repeatable contact.

04

Battery & BMS handoff

Robot-side wiring, BMS context and charge acceptance must be documented from available records.

STARTING POINT

What to define first

Start with the battery and BMS, charger, docking method, contact hardware and available alignment constraints.

Battery and BMS context

Identify the battery pack, BMS and available charging-interface information.

Charger architecture

State whether charging is station-side or onboard and identify the selected charger when available.

Contact and alignment method

Provide contact hardware, mating direction, alignment method and space constraints.

Interlock and documentation

Identify status, interlock, wiring and installation-document requirements.

INTERFACE DEPENDENCIES

How station and robot charging interfaces connect

A change in charger, contacts, alignment or interlock can affect the robot-side charge interface, BMS handoff, mechanical envelope and installation documentation.

01 Station charger
02 Docking contacts
03 Alignment / engagement
04 Robot charge interface
05 BMS / battery

INTEGRATION DECISIONS

Docking and charging decisions that shape the request

These decisions connect station-side responsibilities, robot-side interfaces and the physical docking event.

01

Station and charger boundary

Define charger location, station responsibilities and available electrical records.

02

Contact interface

Review documented contact ratings, mating geometry and service conditions.

03

Alignment and interlock

Describe approach direction, alignment method, engagement and status or interlock signals.

04

Robot-side handoff

Connect the charge interface to BMS, battery, wiring and installation documentation.

PREPARE YOUR REQUIREMENTS

Describe your docking and charging requirements

Provide the battery, charger, contact, alignment and interlock context for the mobile robot and station.

Describe Your Docking & Charging Requirements
  • Mobile robot and docking-station context
  • Battery pack and BMS information
  • Charger model or charging architecture
  • Docking contacts and stated electrical context
  • Alignment, engagement, interlock and space constraints
  • Wiring, interface and installation-document requests

AVAILABLE SUPPORT

What EmbodyStack can support

Support is scoped around documented electrical and mechanical interfaces and requested installation records.

  • Docking-interface checklist
  • Charger, contact and wiring document request
  • Related power or harness capability recommendation
  • Controlled file request status
  • RFQ-ready docking and charging summary

BOUNDARIES

What this capability does not cover

  • This capability does not represent complete autonomous-docking control or approval of the customer’s charging system.
  • Battery, charger and contact compatibility and final charging validation require project-specific confirmation.
  • Electrical safety certification, machine safety validation and destructive qualification testing are excluded unless expressly included in a signed statement of work.
  • The customer remains responsible for station installation, robot control logic, final validation and regulatory requirements.

Product Integration & Compliance

SERVICE SCOPE & RESPONSIBILITIES

Defined inputs, deliverables, boundaries and acceptance.

This published scope is a starting point for quotation. A signed statement of work may add, remove or revise individual items.

Service Overview

Docking contacts, charger interface, battery / BMS handoff, alignment constraints, safety interlock, wiring and documentation for mobile robots.

What this covers

  • Electrical and mechanical docking context, charger handoff, alignment, contact ratings, interlock and installation documentation.

Best fit when

  • Use this package when charger contacts, battery / BMS handoff, alignment and safety interlock details affect mobile robot power design.

Required Customer Inputs

Required input

  • Battery pack
  • BMS
  • Charger model
  • Docking contact
  • Alignment method
  • Voltage / current
  • Safety interlock
  • Space constraints
  • Installation documentation

Included Deliverables

Possible review outputs

  • Requirement and interface review record
  • Subsystem interface checklist
  • Wiring or interface document request
  • Related category or integration path recommendation
  • Controlled file request status
  • RFQ-ready integration summary

Delivery boundary

  • Engineering sample or project package support
  • Interface and documentation coordination review
  • Documentation status and controlled file workflow
  • Customer installation, system validation and final safety assessment remain required

Excluded Services

Not included unless expressly stated in a signed statement of work:

  • complete machine design;
  • system-level risk assessment;
  • CE, UKCA, UL or other product certification;
  • functional-safety validation;
  • independent safety approval;
  • professional-engineer certification;
  • regulatory filing;
  • destructive qualification testing;
  • final production qualification;
  • final-user documentation;
  • approval of the customer’s complete system.

Assumptions

  • Conclusions are based on the requirements and records available at the time of review.
  • Published and customer-supplied documents may require engineering confirmation before they are used for a final design decision.
  • Any operating condition, interface, safety or market requirement not provided remains an open item.

Customer Responsibilities

The customer is responsible for providing complete and accurate:

  • operating conditions;
  • loads and duty cycles;
  • dimensional constraints;
  • electrical and control interfaces;
  • environmental conditions;
  • safety requirements;
  • destination market;
  • regulatory and certification requirements.

Acceptance Criteria

  • The agreed deliverable matches the approved inputs and written service scope.
  • Open assumptions, exclusions and deviations are identified in the service record.
  • Acceptance of a service deliverable does not constitute complete system approval, certification or production qualification.

Revision Allowance

  • Revision allowance is defined in the approved quotation or signed statement of work.
  • A revision addresses the agreed deliverable against unchanged inputs; new requirements are handled through Change Control.

Change Control

Changes to an approved requirement, drawing, interface, operating condition or acceptance criterion require a written Change Request.

A Change Request may affect price, schedule, tooling, minimum order quantity, performance, validation and documentation.

ENGINEERING SERVICE SCOPE

EmbodyStack engineering services support product selection, feasibility evaluation, customization, documentation preparation, prototype development and integration review.

Unless expressly included in a signed statement of work, the service does not constitute complete system design, system certification, independent safety validation, production qualification, legal or regulatory advice or approval of the customer’s final machine.

Results depend on the accuracy and completeness of the customer’s stated operating conditions, loads, duty cycle, interfaces, environmental requirements, safety requirements and target-market requirements.

Changes to these inputs may invalidate previous conclusions and require a revised scope, quotation or schedule.