1000W Battery Charger
LTE-BC1000
Features
- Microprocessor control with 2/3/8 stage automatic charging.
- 2/3/8 stage charging selectable on output panel.
- Automatic charging prevents the battery from overcharging.
- Suitable for Lead-acid batteries.
- LED indicator for charging status.
- Efficiency >85%
Specification
- Universal Input 90-264VAC 50/60Hz
- Operating Temperature from -20℃~50℃
- Built-in active PFC function, PF>0.95
- Built-in remote ON/OFF control
- Class I power (with earth pin)
Protection
- Over voltage protection
- Reverse polarity protection
- Short circuit protection
- Overheat protection
- Non-battery link protection
- Dimensions (L × W × H): length 341mm, width 140mm, height 67.3mm
Specification
Model No. | Charge Voltage | Charge Current | Battery Type | Output Power Max. |
---|---|---|---|---|
LTE-BC1000-48P | +57.6V | 17.4A | 48V Lead Acid | 1000W |
LTE-BC1000-24P | +28.8V | 27.8A | 24V Lead Acid | 800W |
1000W Battery Charger | High Frequency Transformer Manufacturer | LTE
Based in Taiwan since 1987, Litone Electronics Co., Ltd has been a manufacturer of high efficiency electric power switching supplies. Their main power supplies include, 1000W Battery Charger, switching power supplies, power transformers, coil inductors, BLDC motor controllers, switching AC/DC adapters, and 110V, 12V, 24V power supplies, which are ISO 9001, ISO 14001, SGS certified and IATF 16949 accredited by DEKRA. LTE is able to design and manufacture power transformers from analog to digital, especially in magnetic industry.
Li Tone Electronics was founded in Taiwan, with nearly 40 years of experience of designing and manufacturing transformer and coils. In 2000, we stepped into the field of power supply. With our experience inmagnetic industry, and our strong R&D team, we have developed a wide range of power supply products
LTE has been providing customers with design and manufacturing of transformers and coil components, both with advanced technology and 36 years of experience, LTE ensures that each customer's needs are met.