The HWS600-24 is the 600W version of TDK-Lambda's HWS300-1500 series. The standard output is a 24V closed-type AC-DC switching power supply, which is an industrial-grade high-power power module. It is widely used in automation equipment, semiconductor equipment, communication facilities, and non-standard industrial control equipment due to its wide input, strong load capacity, perfect protection, and strict industrial standards.

Merchandise catalogue

Modules > AC-DC modules

Installation method

Base installation

Operating temperature

-10℃ (with reduction) -70℃ (with reduction).

Length * Width * Height

165.1 mm (length) * 82.04 mm (width)

Application level

Commercial grade

Part status

Available for sale

Packaging method

loose goods

Output method

Lug Terminal Female

Maximum output current

27A

Output voltage

24V

Number of output voltage groups

1

Conversion efficiency

85%

Heat dissipation method

No

Total output power

648W

Minimum input voltage

85V~265V(AC)

Characteristic

Adjustable Output,DC Input Capable,Load Sharing,Remote On/Off,Universal Input

Maximum input voltage

330V

Hardware performance advantages

1. High power instantaneous carrying capacity

When power is turned on to industrial equipment, the motor, electromagnetic valve, and capacitor load will produce a huge impact current. The HWS600-24 supports short-term 31A peak output, with a peak load that can last up to 10 seconds in an AC180-265V mains environment, making it easy to handle equipment start-up shocks, and will not cause the power supply to shut down due to instantaneous overload, making it suitable for driving electromagnetic valve groups, stepper motors, and high-power PLC peripherals.

2. Voltage anti-disturbance ability

The fluctuation of city power and the start-up and shutdown of large equipment in the workshop easily cause the voltage of the power grid to fluctuate. This power supply has a wide voltage range of 85 ~ 265VAC input, and can still lock the 24V output voltage when the power grid fluctuates violently. The voltage adjustment rate is extremely low, ensuring that the sensors, communication modules, and main control chips are supplied with clean and stable power.

3. Parallel current sharing and expansion capability

The power supply has built-in load balancing function, and multiple HWS600-24 can be directly paralleled to realize power expansion and redundancy backup. When the power consumption of the industrial control machine exceeds 600W, or a main and backup power supply is required to improve the fault tolerance of the equipment, the load current can be evenly distributed by relying on the even current function, which is a commonly used expansion scheme for large-scale automation control cabinets.

III. Built-in practical core functions

1. **Remote power-on and power-off control**: Equipped with remote ON/OFF pins, the master PLC can remotely turn on and off the power output, and adapt to the automatic logic of device power-on sequence control, sleep power-off, etc.

2. External voltage control (PV optional version)**: Models with the PV suffix support external 0-5V voltage remote regulation of output voltage, suitable for experimental equipment, laser equipment, and adjustable pressure work equipment that require programmable voltage regulation.

3. Comprehensive fault protection**: integrated overcurrent protection, overvoltage protection, overheat protection, short-circuit protection. After the fault is triggered, the power supply enters the self-locking or intermittent restart mode, which can protect the expensive circuit boards and motor components at the back end from being damaged by power failure.

4. Standard metal enclosure, panel-mounted structure, industrial control cabinet rail, panel hole can complete fixed installation.Overall size: 82mm (high) × 100mm (wide) × 165mm (long), compact body saves space in the control cabinet.

IV. Process, material, and reliability configuration

1.Three-protection coating option (‑RY model): HWS600-24/RY The entire circuit board has conformal-coating moisture-proof insulation coating.In the workshop environment of moisture, dust, and corrosive gases, it can prevent the circuit board from being oxidized and the metal pins from being corroded, greatly extending the service life of the power supply, and is commonly used in outdoor equipment, chemical workshops, and mining industrial control devices.

2. Heat dissipation scheme: honeycomb ventilation and heat dissipation holes, relying on natural convection heat dissipation; In a high-load closed cabinet environment, a small axial fan can be added to assist with heat dissipation.

3. Environmental protection specification: in line with RoHS lead-free environmental protection standard, meet the export equipment environmental protection certification; The original factory provides long-term supply. At present, it is in the formal mass production life cycle. The supply chain is stable. The regular delivery period is 17-27 weeks, and large-scale projects can be planned in advance.

V. Distinguish between derivative versions and accessories

1. *Standard version HWS600-24: basic model, potentiometer local voltage adjustment, suitable for most conventional industrial control power supply;

2. HWS600-24-RY: PCB with anti-moisture and anti-corrosion coating, suitable for harsh environments;

3. HWS600-24-PV: External voltage controlled output voltage, programmable voltage control scenario;

4. HD High Temperature Enhanced Version HWS600-24/HD: Optimized for high-temperature environments, enhanced vibration interference resistance;

5. Optional EMC power filter, fixed bracket, and terminal accessories can be purchased from the factory to optimize the electromagnetic compatibility of the entire machine.

VI. Application scenarios in specific industries

Combining the most common power supply voltage of 24V in industry and the high power of 600W, it is mainly suitable for the following industries:

1. Industrial automation equipment: PLC control cabinet, servo drive, electromagnetic valve cluster, conveyor line equipment, robot peripheral power supply;

2. Semiconductor photovoltaic equipment: conforms to the SEMI-F47 standard, compatible with wafer inspection equipment and photovoltaic inspection fixtures, and can withstand the instantaneous voltage drop of the factory power grid.

3. Communication and security hardware: high-power surveillance pan-tilt-zoom, industrial switches, base station supporting equipment;

4. New energy and energy storage equipment: 24V battery charging, energy storage control board, vehicle industrial control peripherals;

5. Medical workwear, laser equipment, test instruments, need adjustable stable voltage, remote switch power supply, high power detection device;

6. Outdoor equipment, cold chain equipment, packaging machinery, printing machinery equipment control cabinet main power supply.

VII. Horizontal comparison with similar products in the same series

1. Comparison of small power HWS300-24: the latter is rated only 300W; HWS600-24 has double power and higher peak current, suitable for high power load;

2. Compared with the domestic ordinary 600W switching power supply on the market, TDK-Lambda industrial power supply has the advantages of strict vibration impact standard, SEMI semiconductor certification, parallel current sharing, three-proof customized version, and extremely long service life. It is suitable for high-end industrial equipment that requires continuous operation for a long time.

3. Comparison of Mingwei HEP-600-24: The HEP series is oriented towards outdoor dustproof and waterproof, while HWS600-23 focuses on cabinet integration, standard equipment for semiconductor devices, and excellent performance in grid drop.

VIII. Installation, commissioning, and usage notes

1.Four-sided ventilation space should be reserved during installation, and the cabinet must be well-ventilated to dissipate heat. If the ambient temperature exceeds 50 ℃, it should operate at a reduced capacity, and do not work for a long time with full load.

2. Use the same batch of power supply when paralleling multiple units, and correctly connect the current-sharing pins;

3. The output voltage adjustment is prioritized for unloaded debugging, and the 24V is adjusted before connecting the load to prevent the voltage from being too high and burning the back-end components;

4. Moisture and dust conditions are preferred to purchase the RY coated version;

5. It is recommended to install fuses at the input end, and the power supply shell should be reliably grounded to enhance the safety of the equipment's power consumption. Product attribute Attribute value

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