Janam BAT-G1-200 6300mAh 3.7V Lithium-Ion Battery
The Janam BAT-G1-200 is a 6300mAh 3.7V lithium-ion replacement battery designed for Janam XG200 Series mobile computers. This OEM battery restores full-shift runtime to aging or degraded primary cells, eliminating mid-route dock returns that disrupt warehouse and field operations. After 300–500 charge cycles of normal use, original batteries lose capacity; a fresh BAT-G1-200 delivers consistent 8+ hours of operating life on a single charge, depending on workload, display brightness, and active module usage.
Key Features
- Capacity & Voltage: 6300mAh at 3.7V nominal. Matches OEM spec exactly — no capacity loss, no charge-profile mismatches.
- XG200 Series Direct Replacement: Compatible exclusively with Janam XG200 handheld computers. Proprietary connector and charge profile ensure safe operation without third-party adapter risk.
- Lithium-Ion Chemistry: No memory effect — can be charged at any state of discharge without runtime penalty. Supports fast-charge cycles in high-turnover warehouse environments.
- User-Serviceable Installation: Tool-free battery door access and snap-connector design enable field technicians or warehouse staff to swap batteries in under 2 minutes without stopping the device.
- Extended Service Life: Rated for 300–500 full charge cycles before capacity drops to 80% nominal. Typical lifespan 18–24 months in continuous-shift operations.
- Dock Charging Compatible: Works with standard XG200 charging docks and cradles — no proprietary charger required. Full charge in 2–3 hours typical.
- OEM Quality Assurance: Factory-new, genuine Janam battery — no aftermarket chemistry substitutions or grey-market parts.
Battery performance degrades predictably in mobile computer deployments. In warehouse picking, route delivery, or field asset audits, a worn battery forces operators back to the dock mid-shift, breaking workflow and killing productivity KPIs. The BAT-G1-200 is the cost-effective way to extend equipment lifecycle without swapping the entire XG200 unit — replacement cost is 10–15% of a new handheld, with zero configuration overhead.
Lithium-ion cells in the XG200 thermal envelope are managed by onboard fuel-gauge circuitry; using the correct OEM battery ensures the XG200's charge controller operates within design parameters. Non-OEM batteries can cause charge-cycle rate mismatches, leading to accelerated degradation or, in worst cases, thermal runaway. Janam BAT-G1-200 is the only battery validated for this device family — third-party substitutes void warranty and create safety liability in high-density charging environments.
Stock rotation matters in high-volume operations. If you operate 10+ XG200 units in a single warehouse or field team, maintaining a spare battery per 3–4 units prevents single-point-of-failure scenarios where a battery reaches end-of-life during a critical shift. Pair the BAT-G1-200 with a planned replacement cycle tied to runtime degradation monitoring — most Janam XG200 users see the first capacity warning after 12–18 months of continuous operation.
Janam XG200 Series devices are deployed across warehouse management, package delivery, retail inventory, and utility field service. The battery is a consumable component with known lifecycle — budgeting for 1–2 replacements per device over a 3–4 year lifecycle is standard TCO planning. The BAT-G1-200's OEM status and plug-and-play installation make it the preferred solution for IT teams managing mixed-manufacturer handheld fleets.
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed Janam XG200 Series handheld computers across warehouse management and field service environments for over a decade. The BAT-G1-200 is the workhorse replacement battery — simple, reliable, and essential for maintaining operational uptime in multi-unit deployments. What sets the OEM approach apart here is that Janam's charge controller on the XG200 motherboard is calibrated for this exact battery spec. Using aftermarket or refurbished batteries introduces voltage-regulation noise that can cause false low-battery warnings, shortened runtime reports, or in edge cases, early charge-cycle termination. We've seen integrators try third-party lithium cells to save $20–30 per unit; the result is always the same: warranty claims, inconsistent field runtime, and ultimately higher cost-per-replacement over the device lifecycle. The BAT-G1-200 is certified to Janam's internal tolerance stack — that matters when you're managing a fleet of 50+ handhelds in round-the-clock operations.
Technical Highlights:
- 6300mAh Capacity at 3.7V Nominal: Delivers 23.31 Wh total energy. XG200 average draw is 2–3W under typical picking/scanning workload, which translates to 8–12 hours of runtime depending on display brightness and RF module utilization. This is the validated spec — no guesswork, and integrators can build accurate shift-scheduling models around it.
- Lithium-Ion Chemistry with No Memory Effect: Critical for high-turnover warehouse environments where devices are topped off at the dock between routes, sometimes multiple times per shift. You don't lose capacity by charging at 60% state-of-charge; operators can dock for 20 minutes, grab a partial top-up, and head back to the floor without battery penalty.
- 300–500 Cycle Rating to 80% Capacity: In real-world warehouse use, a BAT-G1-200 typically gives 18–24 months before the XG200 starts throwing low-battery warnings during a full shift. After that window, swap it out. Don't wait for complete failure — the device signals degradation reliably, and integrators using managed fleets typically replace on schedule, not on emergency.
- Proprietary Connector & Charge Profile: This is a design strength, not a limitation. Janam's fuel-gauge algorithm on the XG200 motherboard recognizes the BAT-G1-200's cell signature and optimizes charge rate and thermal throttling accordingly. A mismatch here causes the device to report phantom low-battery states or refuse to charge past 80% — both scenarios kill field uptime.
- Tool-Free Installation: Warehouse staff or field technicians can swap a battery in 90 seconds flat. No screwdrivers, no technical training, no risk of connector damage from fumbling. That simplicity is underrated — it means batteries get swapped on-schedule instead of deferred until complete device failure.
Deployment Considerations:
- This battery is exclusively compatible with Janam XG200 Series handheld computers — it will not fit or function in XG1 Series, XG2xx variants, or any competing handheld platform. Verify device model before ordering. Mixed model fleets require separate inventory tracking.
- Lithium-ion batteries degrade faster in high-temperature environments. If XG200 devices are used outdoors in direct sun or in non-climate-controlled warehouses (summer heat common in distribution centers), expect 20–30% shorter cycle life. Budget accordingly in regions with seasonal temperature swings.
- We've seen integrators stack spare batteries in unsecured storage without labeling date-of-purchase. Lithium-ion cells self-discharge at ~2–3% per month in storage. A spare battery sitting unpowered for 6+ months will be at 70–80% capacity when deployed — still functional, but users notice runtime drops mid-shift. Store spares with charge date visible; rotate inventory FIFO.
- Dock charging infrastructure matters. The XG200 charging cradle delivers the correct current profile for the BAT-G1-200. If a site has damaged cradle contacts or uses non-standard dock chargers, the battery will charge, but slowly and with thermal stress. Inspect dock contacts quarterly — corrosion or wear leads to charge-cycle failures that look like battery faults.
- Battery disposal: Lithium-ion cells are hazardous waste in most jurisdictions. Partner with an e-waste recycler for end-of-life batteries. Do not throw them in regular trash or commingled recycling — environmental and legal liability. Many e-waste vendors offer free pickup for bulk batches.
The BAT-G1-200 is the right choice for any organization operating Janam XG200 Series handheld computers in warehouse, delivery, or field service roles. Stock a spare or two per device, replace on the device's capacity warnings, and avoid the temptation to experiment with third-party batteries. For fleet sourcing and inventory planning, explore the complete Janam catalog to coordinate battery lifecycle with device refresh schedules.
