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DC/DC Converters

Deutronic DVC301 DC/DC Converter

The Deutronic DVC301 is a galvanically isolated DC/DC converter designed for industrial mobility and vehicle applications. Available in 24V, 48V, and 80V nominal input variants, the DVC301 delivers stable 12.5Vdc or 24Vdc output at up to 300W continuous power with up to 22 A output current, making it suitable for powering control electronics, auxiliary systems, and onboard equipment in harsh environments.

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Features

  • Input voltage: 24 Vdc nominal (20–45 V), 48 Vdc nominal (32–90 V), or 80 Vdc nominal (54–154 V)
  • Output voltage: 12.5 Vdc or 24 Vdc (see variant table)
  • Output current: Up to 22 A @ 12.5 Vdc output; Up to 12.5 A @ 24 Vdc output
  • Max. continuous output power: 300 W
  • Efficiency: Up to 90% (@ 80 Vdc input)
  • Galvanically isolated: 1.5 kVDC input-to-output
Specifications
INPUT
Input Voltage (Nom.) see DVC301-derivate table Class A*
Input Voltage Range (Tol.) see DVC301-derivate table Class B*
Undervoltage Range 0 - 20 Vdc
0 - 32 Vdc
0 - 54 Vdc
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class*C
Lower Restricted Operation Range 20 - 21 Vdc
32 - 34 Vdc
54 - 56 Vdc
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class B*
Unrestricted Operation Range 21 - 45 Vdc
34 - 90 Vdc
56 - 154 Vdc
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class A*
Overvoltage Range (≤ 20ms)

≤ 52 Vdc
≤ 110 Vdc
≤ 220 Vdc

@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class C*
Max. Current Consumption 20 A
11 A 
6.5 A
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Filtering - Filtered against vehicle on board disturbances
No-Load Current Consumption < 100 mA -

*Evaluation criteria for the operation behaviour

The following evaluation criteria describe the functional state of the DC/DC converter as a function of the operation input voltage

Class A

Unrestricted operation range

The DC/DC converter operates as designed in compliance with the tolerances specified in the data sheet.

Class B

Lower and upper
restricted operation range

One or more functions may go beyond the specified tolerance. After returning to the unrestricted operation range, the DC/DC converter operates again as designed

Class C

Undervoltage and overvoltage range

One or more functions do not work as intended. After returning to the unrestricted operation range, the DC/DC converter operates again as designed.

OUTPUT
Output Voltage (Nom.)

Uₙₒₘ

see DVC301-derivate table
Initial accuracy (0 - 20 Hz) ± 0,2% Uₙₒₘ
± 0,8% Uₙₒₘ
± 0,1% Uₙₒₘ
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Load regulation tolerance Nload +0,4% / -0,2% Uₙₒₘ
± 0,2% Uₙₒₘ
+0,6% / -0,2% Uₙₒₘ
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Ripple & Noise NRN

 

± 0,8% Uₙₒₘ
± 0,5% Uₙₒₘ
± 1,1% Uₙₒₘ

 

< 200 mVpp (@IN 24 Vdc)
< 120 mVpp (@IN 48 Vdc)
< 270 mVpp (@IN 80 Vdc)

Overall toleranz Noverall 0 - 20 MHz +1,4% / -1,2% Uₙₒₘ
± 1,5% Uₙₒₘ
+1,8% / -1,4% Uₙₒₘ

@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc

Max. continuous output current Iₙₒₘ 22 A
12,5 A
@OUT 12 Vdc
@OUT 24 Vdc
Max. continuous output power Pₙₒₘ 300 W -
Current limiting

1,1 x Iₙₒₘ

Above 1,0 x Iₙₒₘ Uₒᵤₜ may sink

Output capacity ca. 880 μF
ca. 18800 μF
@OUT 24 Vdc
@OUT 24 Vdc EUT
ENVIRONMENT
Operating temperature (environment)

-30 °C ... +75 °C

-
Maximum temperature Tₘₐₓ at the temperature reference spot < 75 °C -
Cooling Contact cooling via mounting surface An effective thermal connection between the mounting surface andv the heat sink of the application is a requirement for safe and long-term operation.
Overtemperature protection -

 

Automatic shutdown in case of overtemperature, self reset after cool down

 

Storage temperature -40 °C ... +85 °C -
Humidity 100 % -
Dewing Allowed -
Degree of protection acc. to EN 60529 IP67 Limited by connection technology, version with increased degree of protection and other connection technology on request
GENERAL DATA
Insulation strength

1,5 kVDC
500 VDC

Input voltage against output voltage and enclosure
Output against enclosure
Efficiency 88% (@IN 24 Vdc)
88% (@IN 48 Vdc)
90% (@IN 80 Vdc)
Averaging of the efficiency values at 25%, 50%, 75% and 100% of the nominal output power
Dimensions (LxWxH) 147 x 97 x 50 mm without connections, see fig. 8.1
Enclosure Aluminium -
Weight < 1500 g -
EMC (ELECTROMAGNETIC COMPATIBILITY)
Title

Standard

Data

Emitted interference

EN12895
EN 61204-3

-
acc. to 6.4.2, table H.3, for industrial environment
(class A, cable length < 3 m)

Immunity EN12895
EN 61204-3
-
|acc. to 7.2.3, Noise immunity level for industrial environment
(cable length < 3 m)
ELECTRICAL SAFETY
Title

Standard

Data
Low-voltage switch mode power supplies
- Safety requirements

DIN EN 61204-7

-
Designed according to safety of industrial
trucks - Electrical requirements
ISO 20898
DIN EN 1175*
-
*The system integrator is responsible for compliance of all product-specific requirements in the final application.
INSTALLATION AND SAFETY INSTRUCTIONS

In addition to the general installation and safety instructions for DC/DC converters, the following values and supplements apply:

Mounting Points

Ø5,5 mm
Ø4,5 mm

4x Mounting holes (Ø9 mm) see fig. 8.1
Mounting position - Any
Cooling  - A sufficient cooling must be ensured externally in the customer application via the mounting surface.
Connection Input / Output approx. 10 cm cable
with 6-pole AMP connector
Mate-N-Lok
See chapter 7
different cable/connector customers request
Input Fuse T10A/250V (@IN 80/48 Vdc)
T20A/32V (@IN 36/24 Vdc)
T35A/32V (@IN 12 Vdc)
No integrated input fuse. A fuse must be provided externally by the customer application.
Input current limitation - Attention: No inrush current limitation in the device. Provide a precharging section in the application, otherwise there is a risk of a overvoltage damage to the input of the DC/DC converter.
Reverse polarity protection  - No reverse polarity protection at the input or output of the device. If the polarity at the input is reversed, the upstream input fuse trips.
Parallel operation  Power increase Connectable in parallel without limitation, no additional control cable needed Smart output regulation for optimized DC current distribution in parallel operation
Series operation Voltage increase Up to 4 units connectable in series
ATTENTION: Follow safety requirements (PELV, SELV)
Selection Table
TYPE INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (A) CAT. NO.
  Nom. Tol. Nom. Max
DVC301-24-12 24 20-45 12.5 22 105604
DVC301-24-12-LED 24 20-45 12.5 22 105604/1
DVC301-24-24 24 20-45 24 12.5 105601
DVC301-48-12 48 32-90 12.5 22 auf Anfrage
DVC301-48-24 48 32-90 24 12.5 105600
DVC301-80-12 80 54-154 12.5 22 auf Anfrage
DVC301-80-24 80 54-154 24 12.5 105602


Version EUT: EXTENDED HOLD-UP TIME

TYPE INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (A) CAT. NO.
  Nom. Tol. Nom. Max
DVC301-EUT-24-24 24 20-45 24 12.5 105603
DVC301-EUT-12-24 12 8.5 - 20 24 12.5 auf Anfrage

EUT: To bridge voltage break down e.g. at an engine start (output capacity approx. 18800 μF)

 

Technical Illustrations
GA_Drawing_Deutronic_DVC301_DCDC_Converter-1 GA_Drawing_Deutronic_DVC301_DCDC_Converter-2
Downloads
Datasheet_Deutronic_DVC301_DCDC_Converter.pdf
INPUT
Input Voltage (Nom.) see DVC301-derivate table Class A*
Input Voltage Range (Tol.) see DVC301-derivate table Class B*
Undervoltage Range 0 - 20 Vdc
0 - 32 Vdc
0 - 54 Vdc
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class*C
Lower Restricted Operation Range 20 - 21 Vdc
32 - 34 Vdc
54 - 56 Vdc
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class B*
Unrestricted Operation Range 21 - 45 Vdc
34 - 90 Vdc
56 - 154 Vdc
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class A*
Overvoltage Range (≤ 20ms)

≤ 52 Vdc
≤ 110 Vdc
≤ 220 Vdc

@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Class C*
Max. Current Consumption 20 A
11 A 
6.5 A
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Filtering - Filtered against vehicle on board disturbances
No-Load Current Consumption < 100 mA -

*Evaluation criteria for the operation behaviour

The following evaluation criteria describe the functional state of the DC/DC converter as a function of the operation input voltage

Class A

Unrestricted operation range

The DC/DC converter operates as designed in compliance with the tolerances specified in the data sheet.

Class B

Lower and upper
restricted operation range

One or more functions may go beyond the specified tolerance. After returning to the unrestricted operation range, the DC/DC converter operates again as designed

Class C

Undervoltage and overvoltage range

One or more functions do not work as intended. After returning to the unrestricted operation range, the DC/DC converter operates again as designed.

OUTPUT
Output Voltage (Nom.)

Uₙₒₘ

see DVC301-derivate table
Initial accuracy (0 - 20 Hz) ± 0,2% Uₙₒₘ
± 0,8% Uₙₒₘ
± 0,1% Uₙₒₘ
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Load regulation tolerance Nload +0,4% / -0,2% Uₙₒₘ
± 0,2% Uₙₒₘ
+0,6% / -0,2% Uₙₒₘ
@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc
Ripple & Noise NRN

 

± 0,8% Uₙₒₘ
± 0,5% Uₙₒₘ
± 1,1% Uₙₒₘ

 

< 200 mVpp (@IN 24 Vdc)
< 120 mVpp (@IN 48 Vdc)
< 270 mVpp (@IN 80 Vdc)

Overall toleranz Noverall 0 - 20 MHz +1,4% / -1,2% Uₙₒₘ
± 1,5% Uₙₒₘ
+1,8% / -1,4% Uₙₒₘ

@IN 24 Vdc
@IN 48 Vdc
@IN 80 Vdc

Max. continuous output current Iₙₒₘ 22 A
12,5 A
@OUT 12 Vdc
@OUT 24 Vdc
Max. continuous output power Pₙₒₘ 300 W -
Current limiting

1,1 x Iₙₒₘ

Above 1,0 x Iₙₒₘ Uₒᵤₜ may sink

Output capacity ca. 880 μF
ca. 18800 μF
@OUT 24 Vdc
@OUT 24 Vdc EUT
ENVIRONMENT
Operating temperature (environment)

-30 °C ... +75 °C

-
Maximum temperature Tₘₐₓ at the temperature reference spot < 75 °C -
Cooling Contact cooling via mounting surface An effective thermal connection between the mounting surface andv the heat sink of the application is a requirement for safe and long-term operation.
Overtemperature protection -

 

Automatic shutdown in case of overtemperature, self reset after cool down

 

Storage temperature -40 °C ... +85 °C -
Humidity 100 % -
Dewing Allowed -
Degree of protection acc. to EN 60529 IP67 Limited by connection technology, version with increased degree of protection and other connection technology on request
GENERAL DATA
Insulation strength

1,5 kVDC
500 VDC

Input voltage against output voltage and enclosure
Output against enclosure
Efficiency 88% (@IN 24 Vdc)
88% (@IN 48 Vdc)
90% (@IN 80 Vdc)
Averaging of the efficiency values at 25%, 50%, 75% and 100% of the nominal output power
Dimensions (LxWxH) 147 x 97 x 50 mm without connections, see fig. 8.1
Enclosure Aluminium -
Weight < 1500 g -
EMC (ELECTROMAGNETIC COMPATIBILITY)
Title

Standard

Data

Emitted interference

EN12895
EN 61204-3

-
acc. to 6.4.2, table H.3, for industrial environment
(class A, cable length < 3 m)

Immunity EN12895
EN 61204-3
-
|acc. to 7.2.3, Noise immunity level for industrial environment
(cable length < 3 m)
ELECTRICAL SAFETY
Title

Standard

Data
Low-voltage switch mode power supplies
- Safety requirements

DIN EN 61204-7

-
Designed according to safety of industrial
trucks - Electrical requirements
ISO 20898
DIN EN 1175*
-
*The system integrator is responsible for compliance of all product-specific requirements in the final application.
INSTALLATION AND SAFETY INSTRUCTIONS

In addition to the general installation and safety instructions for DC/DC converters, the following values and supplements apply:

Mounting Points

Ø5,5 mm
Ø4,5 mm

4x Mounting holes (Ø9 mm) see fig. 8.1
Mounting position - Any
Cooling  - A sufficient cooling must be ensured externally in the customer application via the mounting surface.
Connection Input / Output approx. 10 cm cable
with 6-pole AMP connector
Mate-N-Lok
See chapter 7
different cable/connector customers request
Input Fuse T10A/250V (@IN 80/48 Vdc)
T20A/32V (@IN 36/24 Vdc)
T35A/32V (@IN 12 Vdc)
No integrated input fuse. A fuse must be provided externally by the customer application.
Input current limitation - Attention: No inrush current limitation in the device. Provide a precharging section in the application, otherwise there is a risk of a overvoltage damage to the input of the DC/DC converter.
Reverse polarity protection  - No reverse polarity protection at the input or output of the device. If the polarity at the input is reversed, the upstream input fuse trips.
Parallel operation  Power increase Connectable in parallel without limitation, no additional control cable needed Smart output regulation for optimized DC current distribution in parallel operation
Series operation Voltage increase Up to 4 units connectable in series
ATTENTION: Follow safety requirements (PELV, SELV)
TYPE INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (A) CAT. NO.
  Nom. Tol. Nom. Max
DVC301-24-12 24 20-45 12.5 22 105604
DVC301-24-12-LED 24 20-45 12.5 22 105604/1
DVC301-24-24 24 20-45 24 12.5 105601
DVC301-48-12 48 32-90 12.5 22 auf Anfrage
DVC301-48-24 48 32-90 24 12.5 105600
DVC301-80-12 80 54-154 12.5 22 auf Anfrage
DVC301-80-24 80 54-154 24 12.5 105602


Version EUT: EXTENDED HOLD-UP TIME

TYPE INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (A) CAT. NO.
  Nom. Tol. Nom. Max
DVC301-EUT-24-24 24 20-45 24 12.5 105603
DVC301-EUT-12-24 12 8.5 - 20 24 12.5 auf Anfrage

EUT: To bridge voltage break down e.g. at an engine start (output capacity approx. 18800 μF)

 

GA_Drawing_Deutronic_DVC301_DCDC_Converter-1 GA_Drawing_Deutronic_DVC301_DCDC_Converter-2
Datasheet_Deutronic_DVC301_DCDC_Converter.pdf

Find the Right Model

Model Number Input Voltage (Vdc) Output Voltage (Vdc) Output Current (A)
product variant DVC301-24-12 24 Vdc 12.5 Vdc 22 A
product variant DVC301-24-12-LED 24 Vdc 12.5 Vdc 22 A
product variant DVC301-24-24 24 Vdc 24 Vdc 12.5 A
product variant DVC301-48-12 48 Vdc 12.5 Vdc 22 A
product variant DVC301-48-24 48 Vdc 24 Vdc 12.5 A
product variant DVC301-80-12 80 Vdc 12.5 Vdc 22 A
product variant DVC301-80-24 80 Vdc 24 Vdc 12.5 A
product variant DVC301-EUT-24-24 24 Vdc 24 Vdc 12.5 A
product variant DVC301-EUT-12-24 12 Vdc 24 Vdc 12.5 A

Need help finding the right product model?