CONV-DCDC-44KW-BIKS-01-K

CONV-DCDC-44KW-BIKS-01-K

  • ï„‘In stock

    Delivered within 3 weeks

Power: 44 kW max.
Cooling: Liquid
Isolation : Non isolated
Voltage low range: 100V-450V
Voltage high range: 550V-950V

Download datasheetDownload 3D (.step)

In addition

Starter kit

Ideal for facilitating the commissioning of your DC DC converters

See

Features

  • Smart DC/DC converter, programmable as current or voltage source
  • Optimized max power according to the power map
  • Control according to voltage, current or power, input, or output
  • Operations controlled through isolated CAN 2.0B
  • Parallelization of DC/DC modules for higher power delivery
  • Liquid cooling

Applications

  • Fuel cell power
  • Battery Systems
  • Super capacitors
  • Chargers
  • Solar panel

Architecture

L

Accessories LV

L

Accessories HV

L

Energy Store

L

Fuel Cell

L

H2 Tank

L

Ciso DCDC HV-LV

L

Convy DCDC HV-HV

L

LV Accessories

L

Fuel Cell

L

H2 Storage Tank

L

HV Battery Pack / 400V

L

Ciso DCDC HV-LV 24V / Up to 6 kW

L

Convy DCDC HV-HV / 400V output

L
LV accessories
L
Drive motors
L
Inverter
L
Battery Pack / 350-850 V
L
CISO DC/DC HV-LV - 24V
L

LV Equipments / 24-48 V

L

HV Equipments

L

Batteries HV

L

Fuel Cell / H2 Tank

L

Ciso DCDC HV-LV / 24-48 V

L

Convy DCDC HV-HV

L

LV Accessories

L

HV Batteries

L

Inverter / Drive Motor

L

Ciso DCDC HV-LV / 48 V

L

Electrical network

L

Transformer

L

Batteries / Energy Storage

L

Charging Port / 200-850 V

L

Battery Pack / 800 V

L

Convy DCDC HV-HV

L

Convy DCDC HV-HV

Communication & monitoring


Typology
Max
Units
CAN 2.0 bus speed

20

500
Kb/s
CAN periodicity
± 0.7

± 2

ms
Measured voltages accuracy
± 1.9
± 3
% of full scale
Measured Low Side current accuracy
± 1.7
± 2.5
% of full scale
Measured High Side current accuracy
± 1
± 3
% of full scale
Measured internal temperature accuracy
32
°C
Service Power Supply - Voltage
7/15
V
Service Power Supply - Power consumption (single/double)
W

Environment data


Min
Typology
Max
Units
Galvanic insulation between power circuit and chassis-control interface (1 min test)

100

IP65

3.0
kV
Insulation resistance
- 40

85

MΩ
Ambiant temperature (operating)
°C
Ingress protection
-

Cooling parameters


Min
Typ
Max
Units
Flow rate
3
5
6
L/mn
Pressure

-40

5
Bar
Inlet liquid temperature
+ 65
°C

Regulation modes


Current
Voltage
Power
According to low side
✔
✔
✔
According to high side
✔
✔
✔

Standards used for design

Isolation
CEI 60664-1
EMC
R10
Control circuit supply voltage
ISO 16750-2 mode D
Mechanical loads
ISO 16750-3
Climatic loads
ISO 16750-4 code G
Chemical loads
ISO 16750-5 mounting location A
Electric vehicle safety
R100

Contact us

Nom(Required)

By phone

+33 2 51 24 43 66

By email

contact@tame-power.com