Name: Aim TTi LD400P Electrical load 80 V DC 80 A 400 W
Brand: Aim TTi
SKU: 1418407
Availability: BackOrder

Electronic load device with display: Output voltage 5.00 V, current 80.00 A. Buttons for operational settings, current and voltage inputs.

Back of an electronic device with power and control connections, a fan, and multiple socket ports for various connections.

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Highlights & Details

Electronic DC load LD 400 P

400 W 80 V DC 80 AVersatile solution for testing DC sourcesConstant current, resistance, conductance, voltage and power modesWide voltage and current range, 0 to 80V and 0 to 80A400 watt continuous power600 watts peak power (up to 60 seconds)Low operating voltage of <1V at 40AHigh resolution and accuracy for level adjustmentBuilt-in test generator with variable thresholdMonitor output for waveform displayVariable switch-off voltage for battery testHigh-resolution, backlit graphical LC display with softkey controlAnalogueue remote control of the level and TTL control from on / off and temporary switchingFront and rear input terminals (front terminals max. 30A)Full bus control via USB, RS232 and LXI compliant LAN interfaces

Technical specifications

Type: LD400P

Product type: Electrical load

Load input current (max.): 80 A

Max. non-stop power rating: 400 W

Dim: (W x H x D) 212 x 130 x 435 mm

Max. input voltage: 80 V DC

Weight: 5.7 kg

: Manufacturer's standards (no certificate)

Non-stop power rating: 0 W

Load input voltage (min.): 0 V DC

Min. load input current: 0 A

Load connection: Screw terminals (front)
Screw terminals (rear)

Width: 212 mm

Height: 130 mm

Depth: 435 mm

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 1418407 Aim TTi LD400P Electrical load 80 V DC 80 A 400 W

Information

Information 1418407 Aim TTi LD400P Electrical load 80 V DC 80 A 400 W

Conformity certificate

Conformity certificate 1418407 Aim TTi LD400P Electrical load 80 V DC 80 A 400 W

Description

The LD400 is a low-cost electronic load for the testing and characterization of a variety of direct current sources.
It can be used to set the behavior of many different types of power sources such as batteries and solar cells as well as electronic power supply units to investigate.
Its wide voltage/current range, multiple operating modes and a built-in test generator give it the versatility for test solutions from the design laboratory through to the component test area.
The wide range of needs, the LD 400 P a comprehensive range of digital bus interfaces. RS-232, USB, GPIB and LAN (Ethernet) with LXI support are provided as standard in this model.

This text is machine translated.

Features

Low minimum input voltage
The LD400 may, at voltages below 500 mV for currents up to 10 Ampere. At higher currents increases the fixed minimum resistance (typically better than 25 mW) gradually increase the minimum operating voltage, but he remains below 1 Volt up to 40 Ampere and below 2 volts up to 80 Ampere.
This low operating voltage makes it possible for many low-voltage applications to be used for the other electronic loads are unsuitable.
600 watts of peak power
The LD400 can take up to 1 minute with a maximum power output of 600 watts can be operated
Short-term loads can be sufficient for many test applications and extend the usability of the LD 400 considerably. The continuous power is 400 W.
Several Operating Modes
Constant current mode
The constant current mode is for the load testing of normal power supplies and for the constant current discharge of batteries. This mode allows for a quick measurement of the current source control (V/I curve).
Constant power mode
The constant power mode simulates a load, their power input, regardless of the applied voltage. This applies to many types of devices, the switched-mode power supplies. This mode is particularly suitable for testing power sources of portable devices such as lithium-ion batteries.
Constant voltage mode
The Constant voltage mode is used for the load testing of constant power supplies. The device works as a high-performance shunt regulator.
Constant resistance mode
The constant resistance mode simulates a standard resistance load by providing a current flow, which is proportional to the voltage. The settings are in ohms or milli-ohm.
In contrast to fixed resistors and rheostaten offers the load a precisely controllable resistance with high power loss and high temperature stability over a wide frequency range.
Constant conductance mode
The Constant conductance mode is also included.
In addition to the settings in ampere per volt offers this mode a better resolution in the setting of very low equivalent resistance values.
Fully automatic test generator with variable frequency
Switching between the two preset levels, for each frequency between 0.01 Hz and 10kHz. The test generator can be used in all operating modes.
The change rate between the levels (Slew Rate) is controlled over a wide range.

Description

Features

Low minimum input voltage
The LD400 may, at voltages below 500 mV for currents up to 10 Ampere. At higher currents increases the fixed minimum resistance (typically better than 25 mW) gradually increase the minimum operating voltage, but he remains below 1 Volt up to 40 Ampere and below 2 volts up to 80 Ampere.
This low operating voltage makes it possible for many low-voltage applications to be used for the other electronic loads are unsuitable.
600 watts of peak power
The LD400 can take up to 1 minute with a maximum power output of 600 watts can be operated
Short-term loads can be sufficient for many test applications and extend the usability of the LD 400 considerably. The continuous power is 400 W.
Several Operating Modes
Constant current mode
The constant current mode is for the load testing of normal power supplies and for the constant current discharge of batteries. This mode allows for a quick measurement of the current source control (V/I curve).
Constant power mode
The constant power mode simulates a load, their power input, regardless of the applied voltage. This applies to many types of devices, the switched-mode power supplies. This mode is particularly suitable for testing power sources of portable devices such as lithium-ion batteries.
Constant voltage mode
The Constant voltage mode is used for the load testing of constant power supplies. The device works as a high-performance shunt regulator.
Constant resistance mode
The constant resistance mode simulates a standard resistance load by providing a current flow, which is proportional to the voltage. The settings are in ohms or milli-ohm.
In contrast to fixed resistors and rheostaten offers the load a precisely controllable resistance with high power loss and high temperature stability over a wide frequency range.
Constant conductance mode
The Constant conductance mode is also included.
In addition to the settings in ampere per volt offers this mode a better resolution in the setting of very low equivalent resistance values.
Fully automatic test generator with variable frequency
Switching between the two preset levels, for each frequency between 0.01 Hz and 10kHz. The test generator can be used in all operating modes.
The change rate between the levels (Slew Rate) is controlled over a wide range.