Measure the mission profile
Capture the load during start-up, acceleration, turns, payload handling and idle periods.

A compact multi-cell pack option with a published 5Ah capacity and a slim rectangular layout. Confirm the load profile and connector before selecting this pack.
Source review: 4 November 2026 · No inventory or price is implied.
| Parameter | Published reference |
|---|---|
| Nominal voltage | 18.5V |
| Nominal capacity | 5Ah |
| Listed energy | 92.5Wh |
| Dimensions | 108 × 23 × 75mm |
| Cell brand | Samsung 50E |
| Listed output | 18.5V, max 15A |
For robotics & agv battery projects, work through these requirements before finalizing the battery choice.
Capture the load during start-up, acceleration, turns, payload handling and idle periods.
Confirm voltage limits, BMS signals and the system response to protection events.
Evaluate charging opportunity, connector wear, temperature monitoring and the return-to-service criteria.
Request the current electrical specification, a mechanical drawing, protection limits and test conditions. Where required, ask for the exact model’s transport and safety documentation. Confirm the report holder, model scope and revision.
A company certificate, a cell report and a finished-pack report cover different things. The documents need to match the product and its intended use.
The published values are an initial reference. Compatibility depends on the operating voltage window, continuous and peak current, charging system, enclosure and application requirements. Share those details for a model-specific review.
Send the reference name and your project specification. The team can confirm the available configuration, sample terms, quantity, price and lead time. No standard MOQ or delivery promise is asserted on this page.
This depends on the drive system, battery design and operating state. Provide the drive-controller details and expected current behavior for engineering review.
Values taken from Jetray public listings; request the current approved datasheet before design-in.
Source paths may redirect following the corporate website’s reorganization. Ask Jetray for the current approved model sheet when a legacy page has moved.
For robotics & agv battery projects, the most useful RFQ connects the published reference to the equipment and the project.
Route-based duty cycle, acceleration peaks and idle demand. Include measured peak duration and the target operating time.
Drive-controller limits, BMS signals and docking-charge behavior. Add the available dimensions, cable direction and the equipment drawing.
State the sample stage, expected quantities, destination market and documents required for review.
Use the collection’s practical guides to prepare a more focused engineering discussion.
Build a robot battery brief around motion, payload, idle time, auxiliaries and the charging schedule.
Read the technical guideReview the battery, charger, dock contacts, firmware and recovery behavior as a single integration task.
Read the technical guideLink mission requirements, pack identity, service strategy and traceable acceptance before ordering batteries for multiple robots.
Read the technical guideShare the load, dimensions and intended use. Ask for a current model specification and a project review.