Zebra BTRY-MC55EAB02-10H Extended Capacity Healthcare Battery 10-Pack
Overview
The Zebra BTRY-MC55EAB02-10H is a 10-pack of extended-capacity spare batteries purpose-built for the MC55A0-HC mobile computer in healthcare environments. At 3600mAh per cell — roughly 1.5× the standard-capacity option — these batteries are designed to outlast a full clinical shift without mid-day charging interruptions, a real operational factor when nursing staff are moving continuously across floors and units. If your MC55A0-HC fleet is experiencing battery swaps mid-shift or tethered charging that disrupts workflow, this is the straightforward fix.
Each battery ships in white to match the healthcare-grade MC55A0-HC housing, keeping device identification clean in high-hygiene environments where color-coding matters for infection control protocols. The 10-pack format makes this a practical bulk procurement unit for IT departments managing multi-device deployments across a hospital wing or clinical facility — order once, stock the cart, and reduce the frequency of reordering.
Key Features
- 3600mAh Extended Capacity: At 1.5× standard capacity, these batteries provide the runtime headroom needed to carry through a full clinical shift on a single charge. For staff who cannot break to swap batteries during patient rounds, the extended capacity is the difference between a productive workflow tool and a liability requiring constant management.
- Healthcare-Designated White Housing: The white finish is specific to the MC55A0-HC healthcare variant — not a cosmetic choice but a device-management signal. In facilities where equipment is color-coded by unit or role, white identifies the device class at a glance and prevents cross-deployment with non-healthcare MC55 variants.
- 10-Pack Bulk Packaging: Procuring in quantities of 10 per order simplifies inventory management for IT and biomedical departments. Rather than managing individual battery orders against a fleet of dozens of devices, a single line item covers a full charging cart or unit deployment. The packaged dimensions (12.00 in × 7.30 in × 2.20 in, 2.350 lb) make storage and distribution straightforward.
- Drop-in Compatibility with MC55A0-HC: These batteries are designed specifically for the MC55A0-HC — the healthcare-configured variant of Zebra's MC55 platform. No adapters, no firmware adjustments. Swap in the same way as the OEM battery.
- Spare Battery Workflow Support: Extended-capacity batteries in a spare-pool model — charged batteries ready in a multi-bay cradle, depleted ones rotating back — eliminate downtime entirely. The 3600mAh rating means fewer rotations per shift compared to standard-capacity cells, reducing the management overhead on charge management staff.
- Commercial-Grade Cell Construction: Built to Zebra's mobile computing battery specification for the MC55 platform, sourced factory-new. Not aftermarket, not refurbished — genuine Zebra replacement cells with the compatibility assurance that comes from OEM sourcing.
Integration & Compatibility
The BTRY-MC55EAB02-10H (often searched as BTRY MC55EAB02 10H) is compatible exclusively with the MC55A0-HC healthcare mobile computer. It is not cross-compatible with non-HC MC55 variants or other MC-series devices — verify the exact device model before ordering. Zebra's MC55A0-HC is a purpose-built clinical device; these batteries are part of the same product family and integrate with Zebra's existing multi-bay charging cradles and battery charge stations designed for that platform.
For fleet deployments, pairing this battery SKU with Zebra's multi-slot battery chargers allows a full shift-rotation model: one set of batteries charging while another set is active in devices. The 3600mAh capacity reduces the number of spares required per device compared to standard-capacity batteries, which can reduce total battery inventory cost even at a higher per-unit price point.
Zebra's Zebra mobile computing line includes the full range of accessories, cradles, and peripherals for the MC55 platform. For procurement teams building out a complete MC55A0-HC deployment, explore the mobile computers category and associated mobile computer accessories for charging infrastructure. If you are evaluating battery runtime requirements for your specific workflow, a mobile computing buying guide can help size the spare battery pool correctly for shift length and device count.
What's in the Box
- 10× Zebra 3600mAh Extended Capacity Spare Batteries (white, MC55A0-HC compatible)
Frequently Asked Questions
Q: Is the BTRY-MC55EAB02-10H compatible with all MC55 variants, or only specific models?
A: This battery is designed for use with the MC55A0-HC only — the healthcare-configured variant of the MC55. It is not listed as compatible with non-HC MC55 models. Verify your device model number before ordering.
Q: What is the battery capacity of each unit in the BTRY-MC55EAB02-10H pack?
A: Each battery provides 3600mAh capacity, which is approximately 1.5× the standard-capacity MC55 battery. This extended capacity is intended to support full-shift operation without requiring a mid-shift battery swap.
Q: How many batteries are included in the BTRY-MC55EAB02-10H?
A: The BTRY-MC55EAB02-10H is a 10-pack. Each pack contains 10 individual extended-capacity spare batteries.
Q: Why are these batteries white instead of the standard black?
A: The white housing is specific to the healthcare (HC) variant of the MC55 platform. It identifies the device as healthcare-designated and is consistent with the MC55A0-HC form factor, which is common in clinical environments where device identification by color or appearance is part of equipment management protocols.
Q: What are the packaged dimensions and weight for the BTRY-MC55EAB02-10H 10-pack?
A: The 10-pack ships in a box measuring 12.00 in × 7.30 in × 2.20 in with a gross weight of 2.350 lb.
Q: Are these OEM Zebra batteries or aftermarket replacements?
A: These are genuine Zebra batteries — factory-new, not aftermarket or third-party replacements. They carry the Zebra MPN BTRY-MC55EAB02-10H and are sourced through commercial supply channels.
When I review the BTRY-MC55EAB02-10H for healthcare deployments, the spec that matters most is the 3600mAh capacity — that 1.5× runtime extension over standard cells is not just a nice-to-have in a clinical environment, it is what makes a spare-battery shift model operationally viable without requiring a full second set of devices. For facilities running the MC55A0-HC across nursing units on 8- to 12-hour shifts, the math on battery pools changes significantly when each cell lasts meaningfully longer per cycle.
Technical Highlights:
- 3600mAh per Cell: Extended runtime compared to standard MC55 batteries — reduces mid-shift swaps and the associated workflow interruption for clinical staff who cannot step away from patient care to charge.
- 10-Pack Procurement Format: A single order covers a full charging cart rotation. At 2.350 lb gross and 12.00 × 7.30 × 2.20 in packaged, the box ships efficiently and stores compactly in a supply closet or IT staging area.
- HC-Specific White Housing: Color-coded for the healthcare variant — not interchangeable with standard MC55 black-housing batteries, which means your receiving and distribution staff can verify correct battery assignment by sight before devices leave the charging station.
Deployment Considerations:
- Confirm your device is specifically the MC55A0-HC before ordering — this battery is not listed as compatible with non-HC MC55 configurations, and mixing battery SKUs across device variants in a shared charging infrastructure creates swap errors at scale.
- The ItemStatus in the supply data is listed as OW (obsolete/withdrawn), which means this SKU may be at or near end-of-availability. If you are stocking up for an existing MC55A0-HC fleet, order ahead — replacement sourcing for end-of-life MC platform accessories becomes progressively harder as the product ages out of distribution.
The BTRY-MC55EAB02-10H is the right battery for a hospital or clinical facility that is maintaining an existing MC55A0-HC fleet and needs to refresh spare battery inventory for shift-rotation charging — particularly where the goal is extending operational uptime per device without investing in new hardware.
