BNB 8656 Schwarzbeck 1600A battery impedance network

Internal Component Operating Temperature Limits for BNB 8656

Order Number: EUTS0558

Type: Car Battery Simulator

Brand: Schwarzbeck

Min. order: 1 Unit

Stock:

schwarzbeck Real Time Inventory

Delivery: Click on the link above to inquire

Standards:

MBN11123

Industry： General Electronics

Warranty: Original Import ; New Products ; Authorized Sales

Training: On-site training; Telephone; Email

Logistics: Shenzhen to National

Payment: Internet Banking T/T

Product Price:

Introduction：

BNB 8656 is a 1600A battery impedance network simulator manufactured by Schwarzbeck, Germany and authorized by EUTTEST Shenzhen for sales and quotation service. This battery simulator is designed to meet the requirements of the automotive electronics test standard MBN 11123:2021-08, with three different built-in resistor + inductor impedance configurations for testers to choose from. The simulator has two power supply paths on the front and rear panels: HV+ and HV-, each with variable power resistors.

Technical parameters：

Product Specification Sheet:

“Reminder: swipe tables left and right”

Model number

BNB 8656

Device name

1600A battery impedance network

manufacturer

Germany schwarzbeck

China Agent Sales

Shenzhen EUTTEST

Maximum DC voltage

1000V

Three types of battery internal resistance can be simulated

2 x 100mΩ series 1μH inductors
2 x 60mΩ series 1μH inductors
2 x 50mΩ series 1μH inductors
2 x 25mΩ series 1μH inductors
2 x 10mΩ series 1μH inductors

Maximum continuous current

Constant value: 800A

Maximum transient current

900A-1600A (according to battery internal resistance)

self-perception coefficient

0.5μH

LISN Inductors

2 x 1μH

weight

117 kg

size

446 mm * 535 mm * 770 mm

Compliance with test standards

iso 21498-2:2021-03
MBN 11123:2021-08
bmw 95024-2-2:2011-02
psa b21 7112:2021-05
vw 80300:2021-02

“Reminder: swipe tables left and right”

Operating Temperature Limit

During operation, it is absolutely necessary to monitor the temperature of the heat sinks and inductors built into this battery impedance network. In order to monitor the temperature of the heat sinks on the "HV+" and "HV-" paths, we installed five K-type temperature sensors on each path. Each signal must be evaluated. The highest temperature value in the third column of the graph below represents the operating limit temperature of the internal components.

Internal Component Operating Temperature Limits

More recommendations for battery simulators with different supply currents:

We offer a full line of automotive battery resistance simulators from Schwarzbeck. Please select the appropriate device based on the current in the list below, then click on the model number to see information about the simulated battery resistance and other technical parameters.

BNB 8651-40 , Battery internal resistance simulator continuous current: 40A; transient current: 45A-70A
BNB 8652 , Battery internal resistance simulator continuous current: 100A; transient current: 100A-200A
BNB 8653 , Battery internal resistance simulator continuous current: 300A; transient current: 300A-850A
BNB 8654 , Battery internal resistance simulator continuous current: 500A; transient current: 550A-1600A
BNB 8655 , Battery internal resistance simulator continuous current: 800A

Order No. EUTS0558

Schwarzbeck Official Authorized Dealer:

EUTTEST is an official authorized distributor of SCHWARZBECK, whose full official name is: SCHWARZBECK MESS - ELEKTRONIK OHG

Ltd. is authorized by schwarzbeck to sell all products in China and provide technical service for the products sold.