HzWP SS120-A20-EX

The Hertz Innovation HzWP SS090-A15-EX wireless charging power system is a high-performance wireless charging device based on magnetic coupling resonance technology. It is suitable for various electrical devices with a voltage range of 18V to 60V. This system can provide efficient and stable non-contact charging services for various battery devices (such as lithium batteries, phosphate iron batteries, lead-acid batteries, etc.) and resistive loads.


This product is specially designed for explosion-proof and harsh environments and can be widely used in charging scenarios with explosion-proof requirements in industries such as petrochemicals, mines, and storage. Compared with traditional wired charging methods, this system has several significant advantages: it not only has explosion-proof and waterproof capabilities, but also realizes non-contact charging, eliminating sparks and mechanical wear, avoiding dust accumulation, and maintaining environmental cleanliness; at the same time, it has high safety and high power transmission performance, significantly improving the applicability and reliability of the equipment.


It is suitable for explosion-proof charging applications of equipment such as inspection robots, rail-mounted robots, etc. in professional operation environments such as power grids, chemical plants, oil and gas plants, mines, tunnels and pipelines, and rail transit.


产品参数

serial number

Parameter description

Parameter value

01

Output power

1200W Max(220±10%VAC)

02

Output voltage

18-60V

03

Input current

10A Max

04

Wireless charging working frequency

150kHz

05

Positioning offset

X/Y=10mm

06

Launch controller protection level

IP67

07

Coil protection level

Receiver coil/transmitter coil IP67

08

Receive controller protection level

IP67

09

Communication method (transmitter and receiver)

2.4G

10

Communication protocol

CAN (500K)/ RS485

11

Charging method

Three-stage, constant current and constant voltage charging 

12

Explosion-proof certification

Ex db mb IIC T6 Gb

Ex mb tb IIIC T80℃ Db