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Plastic Cell Holder Parallel (Blue) in Kenya | Parallel Battery Box.
KSh1,000
Ideal Applications in the Kenyan STEM Sector
- KCSE Physics Practical Experiments: Highly recommended for teaching basic electricity topics, helping students visually understand current division and parallel circuit pathways.
- DIY Arduino & Robotics Projects: Provides a stable, long-lasting power base for autonomous rovers, smart cars, and small internet-of-things (IoT) nodes without changing system voltage.
- Hobbyist Circuit Prototyping: Allows rapid breadboard power integration during the initial testing phases of electronics design.
Key Structural Features & Specifications
- Parallel Nickel-Plated Terminals: Features high-quality spring steel contacts wired side-by-side (Positive to Positive, Negative to Negative) to ensure an ultra-low resistance connection.
- Tough Polypropylene Housing: Molded from premium, impact-resistant blue plastic that withstands dropping, heat, and structural clamping in student lab kits.
- Pre-Stripped Wire Leads: Comes equipped with color-coded (Red for Positive, Black for Negative) insulated wire tails for rapid soldering or connection to breadboards and terminal blocks.
- Integrated Mounting Holes: The plastic base features pre-drilled screw slots, allowing you to secure the holder permanently onto wooden chassis, plastic robot bases, or lab station benches.
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Plastic Parallel Cell Holder (Blue) – High-Current Electronics Power Base
Are you building an electronics project, designing a DIY robotics kit, or setting up a physics laboratory experiment? Our premium plastic cell holder parallel in blue is the ideal solution for configurations requiring extended runtime and high current output. Molded in a distinct blue finish, this specialized battery box connects cells side-by-side in a parallel configuration, keeping the output voltage stable while multiplying the overall current capacity.
We supply rugged, highly conductive parallel battery holders tailored for engineering students, schools, makers, and electronic technicians across Kenya.
Understanding the Parallel Connection Advantage
In battery wiring, configuration dictates your electrical output. While standard series holders stack voltages together, our parallel cell holder offers specific circuit design advantages:
- Constant Base Voltage: If you load two 1.5V batteries into this parallel holder, the total output remains a safe 1.5 Volts, protecting low-voltage microcontrollers and school lab components from burning out.
- Multiplied Current Capacity: The total available current capacity (Amperes) multiplies by the number of loaded cells, ensuring your heavy-duty motors or high-drain LED projects run much longer.
- Redundant Power Supply: Your circuit can continue to operate seamlessly even if one battery cell is removed or completely drained, making it ideal for continuous power experiments.
