IPS-DTD24S250-2.4 600W dc 12v up to DC 24V 36V 48V 64V 100V 150V 150V 200V 220V 250V boost power converter
Model:IPS-DTD24S250-2.4 24V TO 250V 2.4A DC DC converter ① DC INPUT: 24V±15%(Customized) ② Output voltage:250V±1-2% (Customized) ③ Max output current:2.4A(Customized) ④ MAX POWER: 600W(Customized) ⑤ Size: 238*124*65(MM) ⑥ NW: 1KG ⑦ Shell material:Aluminium alloy ⑧ Loading rate:It is recommended that the load rate of general types of loads under continuous operation should be controlled within 80%, and that of power motors such as inductive, capacitive, power amplifier and radio should be about 50%, because the dynamic power of these types of loads changes greatly.

I. SPECIFICTION

Brand

IDEALPLUSING/OEM

Model

PS-DTD24S250-2.4

Rate Input Voltage

25VDC

Range Input Voltage

24VDC±15%

Output voltage

250VDC±5%

Output current

2.4A

Loading rate

It is recommended that the general load continuous work control at about 80%, power motor class inductive, capacitive, amplifier, radio and other loads with a load of about 40-50% is better

Working time

24*7(80% Load)

Over load and current

110~150%

Low voltage protection

Start-up below -18% of rated input voltage

Over voltage protection

Rated input voltage +18% or more to start

Empty Load Loss

<3W

Empty current

<0.2A

Over load protection

105%~135%

Start up time

1~2S

Seismic resistance

10~500Hz,2G 10sec/1cycle, total 60min, each axis

Pressure resistance

Between input and output: 1.5KVAC, input and enclosure: 1.5KVAC output and enclosure: 0.5KVAC

Isolation situation

Input and output isolation status. 

Isolation resistors

Between input and output, input to enclosure, output to enclosure: 500VDC/100M Ohms

Working temperature/humidity

-30℃~+65℃,20%~90%RH

Storage temperature / humidity

-40℃~+85℃,10%~95%%RH

Dimension

240*124*65(MM)

Housing material

Aluminum

Net weight/Gross weight

1.5KG/2KG


II.FUNCTION DESCRIPTION

1

The company's power features full protection function, large starting power, wide application range, durability, high reliability, large power margin of built-in components!

2

Main materials: 105-degree capacitor. Imported parts are used for main chips and power tubes. FR-4 double-sided 2 oz high-quality plate is used for the circuit board to ensure no faulty soldering.

3

Undervoltage protection: input Undervoltage protection is mainly used when the battery power supply can effectively prevent the over-discharge of the battery, so as to protect the battery and prolong the service life of the battery.

4

Overvoltage protection: overvoltage protection starts to prohibit output, so as to protect the power tube and prevent overpressure operation.

5

Overload protection: the output defaults to constant voltage output (hiccup protection. After overload, when the load is restored, it will automatically resume work).

6

Output mode: the default is constant voltage output. If charging, etc., or power supply is used in parallel, please select constant current mode. In this mode, it can also be used as a charger (three-stage charging).

7

Temperature protection: start intelligent ventilation and heat dissipation at 50 degrees inside the machine. When the power tube is 90 degrees, start the temperature protection and prohibit the output.

8

Input range: ± 15% of the rated voltage. The actual startup protection manufacturer considers that a certain margin is about ± 18% of the rated voltage. After startup, it is forbidden to output.

9

Wiring terminal: when the low-voltage 12V and 24V input current is relatively large, the input wiring terminal is connected in parallel to increase the current capacity of the terminal.

10

Voltage stabilizing range: the input voltage is lower than 10% of the rated voltage, the output is not regulated, and the input high point can be regulated.

11

Isolated output: the input and output are isolated, which is suitable for isolating input and output interference signals with any valuable precision instruments and other loads!

12

Operating temperature: according to the feedback of many customers in the north, the northern low temperature of - 30 to - 40 degrees can operate well without abnormality! When operating in a high-temperature environment, reduce the load rate as appropriate.

13

Soft start: the factory default soft-start time is 2-3s.

14

The positive and negative poles shall not be connected wrongly: the power supply with input voltage less than 60V is not equipped with reverse connection protection. Do not connect wrongly in use! If it is connected incorrectly, the fuse will be burnt out slightly, and the power tube will be burnt out seriously. Another 100V.

15

Most of the above input power supplies are equipped with anti-reverse connection protection.


III. MODEL LIST

Item

DC Input Voltage

(Choose 1 Voltage)

DC Output

Voltage

Peak Power

(Choose 1 Power)

Continuous Power

Efficiency

#1

12V±15%

24V±15%

36V±15%

48V±15%

60V±15%

72V±15%

90V±15%

100V±15%

110V±15%

120V±15%

130V±15%

150V±15%

200V±15%

220V±15%

250V±15%

280V±15%

300V±15%

310V±15%

400V±15%

450V±15%

500V±15%

550V±15%

600V±15%

650V±15%

700V±15%

110VAC±15%

220VAC±15%

380VAC±15%

12V±1-2%

100W

200W

300W

400W

500W

600W

750W

1000W

2000W

3000W

4000W

5000W

6000W

7500W

8000W

Peak Power*80%

90±4%

#2

24V±1-2%

Peak Power*80%

90±4%

#3

36V±1-2%

Peak Power*80%

90±4%

#4

48V±1-2%

Peak Power*80%

90±4%

#5

60V±1-2%

Peak Power*80%

90±4%

#6

72V±1-2%

Peak Power*80%

90±4%

#7

80V±1-2%

Peak Power*80%

90±4%

#8

100V±1-2%

Peak Power*80%

90±4%

#9

110V±1-2%

Peak Power*80%

90±4%

#10

150V±1-2%

Peak Power*80%

90±4%

#11

200V±1-2%

Peak Power*80%

90±4%

#12

220V±1-2%

Peak Power*80%

90±4%

#13

250V±1-2%

Peak Power*80%

90±4%

#14

280V±1-2%

Peak Power*80%

90±4%

#15

300V±1-2%

Peak Power*80%

90±4%

#16

310V±1-2%

Peak Power*80%

90±4%

#17

350V±1-2%

Peak Power*80%

90±4%

#18

400V±1-2%

Peak Power*80%

90±4%

#19

450V±1-2%

Peak Power*80%

90±4%

#20

500V±1-2%

Peak Power*80%

90±4%

#21

550V±1-2%

Peak Power*80%

90±4%

#22

600V±1-2%

Peak Power*80%

90±4%

#23

650V±1-2%

Peak Power*80%

90±4%

#24

700V±1-2%

Peak Power*80%

90±4%

#25

800V±1-2%

Peak Power*80%

90±4%

#26

1000V±1-2%

Peak Power*80%

90±4%



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