The Varta Mempac 3V150H 36V 150mAh print 22 VKB 55615 703 01 is a precision-engineered battery module designed for demanding applications where stable voltage and compact format are essential. This component is engineered to meet stringent OEM specifications, making it suitable for specialized industrial and medical equipment.
Engineers and maintenance professionals rely on accurate part identification and detailed electrical characteristics to ensure compatibility and long-term performance. The following sections outline the product specifications, configuration options, and operational guidelines for this specific Varta reference.
| Parameter | Value | Unit | Notes |
|---|---|---|---|
| Chemistry | Lithium-ion | - | High energy density for compact modules |
| Nominal Voltage | 36 | V | Stable platform for consistent power delivery |
| Capacity | 0.15 | Ah | 150 mAh optimized for medium-duty cycles |
| Model Code | 3V150H | - | Internal reference for procurement and logistics |
| Print Format | 22 VKB 55615 703 01 | - | Factory applied label for traceability |
| Typical Energy | 5.4 | Wh | Calculated as Voltage × Capacity |
| Connector Type | 22 VKB compatible | - | Ensures secure mechanical and electrical interface |
| Compliance | RoHS, REACH | - | Meets environmental and safety directives |
Technical Specifications for Varta Mempac 3V150H
Understanding the precise electrical and mechanical parameters of the Varta Mempac 3V150H allows for correct integration into host systems. Designers must verify voltage compatibility, capacity tolerances, and connector geometry before committing to production batches.
This module is constructed with high-stability separator films and carefully selected electrode materials to deliver consistent performance under a range of environmental conditions. Proper derating and thermal management further enhance reliability in demanding deployments.
Key Electrical Limits
Manufacturers typically specify upper bounds for charge rate, discharge current, and operating temperature. Exceeding these limits can reduce cycle life or trigger safety protections. Always refer to the latest data sheet for exact limits and derating curves.
The labeled capacity of 150 mAh reflects nominal performance at standard discharge currents. Actual available energy may vary based on load profile, cutoff voltage, and temperature. System-level modeling should incorporate these variables to avoid unexpected runtime shortfalls.
Configuration and Integration Options
The print code 22 VKB 55615 703 01 identifies a specific packaging and connection scheme that matches legacy equipment designs. This enables direct drop-in replacements in service scenarios where exact form, fit, and function are critical.
Integration engineers should confirm mechanical clearance, mating connector versions, and thermal paths before finalizing assembly drawings. Small deviations in cell height or terminal position can affect board mounting and long-term structural integrity.
Operational Guidelines and Best Practices
To maximize service life and safety, the Varta Mempac 3V150H should be charged using a regulated CC/CV profile that aligns with lithium-ion chemistry characteristics. Avoid deep discharges and prolonged exposure to high ambient temperatures.
In systems where modules are grouped, balancing or individual cell monitoring can mitigate weak-link effects. Periodic health checks using impedance spectroscopy or capacity mapping help predict end-of-life and support proactive maintenance.
Application Scope and Compatibility
This battery module targets niche applications in medical instrumentation, portable diagnostic devices, and specialized industrial controllers. Its 36V nominal rating suits higher-voltage subsystems that demand tighter space constraints than larger formats allow.
Procurement teams should cross-reference the VKB connector standard and part number 55615 with authorized distributors to ensure genuine Varta components. Counterfeit alternatives often misrepresent capacity and may introduce reliability or safety risks.
Final Recommendations for Implementation
- Verify connector compatibility using the 22 VKB 55615 703 01 print code before ordering.
- Confirm charge and discharge profiles match lithium-ion safety and longevity guidelines.
- Monitor operating temperature and derate current in high-ambient environments.
- Implement periodic capacity checks during scheduled maintenance intervals.
- Source modules only from authorized suppliers to ensure genuine Varta quality.
FAQ
Reader questions
Is the Varta Mempac 3V150H suitable for high-drain applications?
It is optimized for moderate discharge rates typical of monitoring and control circuits. High-drain scenarios may require derating or cell balancing to avoid excessive heating and capacity fade.
Can this module be used as a direct replacement for older 36V devices?
Yes, if the host equipment specifies 22 VKB 55615 703 01 or equivalent dimensions and electrical characteristics. Always verify mechanical tolerances and connector pinout before installation.
What certifications should I verify before integration?
Confirm RoHS and REACH compliance, along with any additional industry-specific approvals such as CE or safety marks relevant to medical or industrial equipment.
How should the module be stored if not immediately used?
Store at partial charge, moderate temperature, and stable humidity. Avoid long-term exposure to full charge or empty states, as both can accelerate capacity loss over time.