XH-M604 Battery Charger Control Module
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৳ 800.00৳ 950.00 (-16%)
This XH-M604 / HW-633 Battery Charging Control Module is an intelligent programmable switch engineered to manage charging systems for batteries rated from 6V to 60V [Image 1.2.5, Image 1.3.1]. Equipped with a bright, 3-digit LED display and a heavy-duty 30A power relay, it allows you to set precise starting and stopping voltage thresholds via a simple two-button interface [Image 1.3.1, Image 1.4.3]. The module automatically activates charging when the battery drops below your low limit and safely cuts off the circuit when the battery reaches full capacity, making it perfect for solar, lead-acid, and high-capacity lithium battery arrays
The XH-M604 Battery Charger Control Module is an intelligent, programmable CNC overcharge protection switch designed to manage charging cycles for high-capacity battery systems [Image 1.2.5, Image 1.3.1]. Acting as a heavy-duty inline gateway between your DC power source and the battery bank, this module monitors real-time voltage with a sharp 3-digit LED display [Image 1.2.5, Image 1.3.4]. Built with a rugged 30A power relay, the board mechanically engages or cuts the charging circuit exactly at your programmed thresholds, protecting cells from deep discharge, gas evolution, and thermal damage [Image 1.3.1, Image 1.4.3].
Rather than modifying or generating the voltage itself, this device works as a smart pass-through switch [1.34]. It safely coordinates input voltage systems from 6V up to 60V DC, offering universal compatibility across multiple battery chemistries including Lithium-Ion, LiFePO4, Lead-Acid, and Ni-Cd arrays [1.34]. Its on-board isolation circuitry features a heavy-duty toroidal inductor, premium filtering capacitors, and integrated screw-clamp block terminals for rigid, high-current field wiring [Image 1.2.5].
Key Technical Specifications
| Feature | Specification |
|---|---|
| Model Designation | XH-M604 / HW-634 [Image 1.3.1, 1.36] |
| Monitored Voltage Range | DC 6V to 60V (Maximum absolute safety limit: 80V) [1.34] |
| Maximum Switching Current | ≤30A (Heavy-Duty Relay Tracking) [1.34] |
| Display & Control Resolution | 0.1V [1.34] |
| Voltage Tolerance | ±0.1V [1.21] |
| Output Profile | Direct voltage pass-through [1.21] |
| Physical Dimensions | 81mm x 54mm x 18mm [1.21] |
Step-by-Step Programming Guide
The module operates via a simplified two-button interface flanking the digital tube display [Image 1.2.8]. The left button defines the system start voltage, while the right button sets the stop voltage ceiling [1.31].
- Set the Lower Limit / Start Charging Voltage (
dn):- Tap the Start (Left) Button once to preview the current lower threshold [1.31].
- Press and hold the Start Button for 3 seconds until the display flashes [1.35, 1.41].
- While flashing, use the Left (Up) and Right (Down) buttons to dial in the target voltage at which your charger must turn on [1.26, 1.31].
- Set the Upper Limit / Stop Charging Voltage (
UP):- Tap the Stop (Right) Button once to view the active full-charge parameter [1.31].
- Press and hold the Stop Button for 3 seconds until the display flashes [1.35, 1.41].
- Use the Left and Right buttons to configure the peak cutoff voltage value [1.31].
- Hard System Factory Reset:
- While the module is actively powered on, press and hold the Start and Stop buttons simultaneously [1.35].
- The display will briefly flash “888”, wiping any corrupt parameters and restoring default factory values [1.35].
Common Applications
- Solar Storage Arrays: Managing automated charging paths from solar charge controllers or direct panel arrays to 12V/24V/48V deep-cycle battery banks [Image 1.2.5].
- Electric Mobility Maintenance: Building reliable automatic-shutoff charging fixtures for electric bikes, mobility scooters, and heavy-duty golf carts.
- Uninterruptible Power Supplies (UPS): Keeping backup power stations perfectly topped up in telecommunication equipment closets without the risk of floating-charge swelling.
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