TBB Power Nemo DM1230 30A DC-DC Battery Charger

About this product

The TBB Power Nemo DM1230 30A DC-DC Battery Charger is part of the all new NEMO series battery to battery charger range by TBB Power. DMT/DM range draws power from alternator to perform a right and quick charging for auxiliary battery while you are driving.

Compatible with Euro 6 engine, DMT/DM could maintain the charging with a stable output with smart alternator to assure your battery getting a fully charging in the shortest time without worry about overcharging or undercharging.

DMT model with a by-pass output (current up to 20A) to power DC load (typically an AES fridge). This DC load could be powered either by engine ON only or OFF via working mode setting.

Specifications

Weight: 1 kg

Dimensions: 181 × 148 × 52 mm

Installation Type: In-cabin only

Input Voltage Range: 13.2-16VDC

Automatic activation D+ or ACC: Yes

Maximum Charging Voltage (Absorption): 14.6VDC

Float charge voltage: 13.5VDC

Load bypass current: N/A

Total current of load and charging: 30A

Overload protection: Battery charger over temperature; Battery over temperature; Over load; short circuit

Operating temperature: -40℃ ~ +60℃

Application: Any requring in-vehicle battery to battery charging, Commercial vehicles (smart alternator compatible), Easy and efficient solar charging of in vehicle batteries, Emergency vehicles, Marine, Motor homes

Features: Built in BLVP, Built-in automatic temperature compensation, Built-in fuse protection, Compatible with Euro 6 engine, Dual outputs, separate circuits for charging battery and powering DC load (For DMT1250 only), Euro-6 engine (Smart alternator) compatible, Natural cooling without fan, Non-isolation design with max efficiency 96%, Plug and Play for easy installation, Protection against input/output over voltage etc., Right charging solution protect your auxiliary battery by regulating voltage and control current, Saving battery cable through current control, Supports RS485 or CAN communication, TBB premium II multistage adaptive charging algorithm