The Power Sink option permits the power supply to absorb bursts of power fed back to the power supply. An internal module senses the status of the power supply and sinks current across the output terminals, thus maintaining a constant output voltage. The Power Sink option allows a faster response when the power supply is step programmed to a lower voltage at low load conditions. Ideal solution for supplying electric motors with PWM control, ATE systems requiring fast down programming at no load conditions, generating fast Automotive waveforms.

The Power Sink option permits the power supply to absorb bursts of power fed back to the power supply. An internal module senses the status of the power supply and sinks current across the output terminals, thus maintaining a constant output voltage. The Power Sink option allows a faster response when the power supply is step programmed to a lower voltage at low load conditions. Ideal solution for supplying electric motors with PWM control, ATE systems requiring fast down programming at no load conditions, generating fast Automotive waveforms.

The Power Sink option permits the power supply to absorb bursts of power fed back to the power supply. An internal module senses the status of the power supply and sinks current across the output terminals, thus maintaining a constant output voltage. The Power Sink option allows a faster response when the power supply is step programmed to a lower voltage at low load conditions. Ideal solution for supplying electric motors with PWM control, ATE systems requiring fast down programming at no load conditions, generating fast Automotive waveforms.

The Power Sink option permits the power supply to absorb bursts of power fed back to the power supply. An internal module senses the status of the power supply and sinks current across the output terminals, thus maintaining a constant output voltage. The Power Sink option allows a faster response when the power supply is step programmed to a lower voltage at low load conditions. Ideal solution for supplying electric motors with PWM control, ATE systems requiring fast down programming at no load conditions, generating fast Automotive waveforms.

The Power Sink option permits the power supply to absorb bursts of power fed back to the power supply. An internal module senses the status of the power supply and sinks current across the output terminals, thus maintaining a constant output voltage. The Power Sink option allows a faster response when the power supply is step programmed to a lower voltage at low load conditions. Ideal solution for supplying electric motors with PWM control, ATE systems requiring fast down programming at no load conditions, generating fast Automotive waveforms.

High Speed Programming options are optimized for maximum programming speed, approximately 10-20 times faster than the standard models. This is achieved using smaller output capacitors which results in an increase in output voltage ripple but this is generally not a problem in applications requiring high speed.

Analogue Isolation Amplifier (4 Channel); Selectable 0-5V & 0-10V signal levels; Isolated Programming & Monitoring of U, I & Status signals; Prevents problems with earth loops & common mode voltages; Factory installed

External Module; Analogue Isolation Amplifier (4 channel); Selectable 0-5V and 0-10V signal levels; Isolated programming and mitoring of U, I and status signals; Prevents problems with earth loops and common mode voltages; Isolated logic input and outputs; Pin compatible with D15 connector on Delta Elektronika power supplies

RS232 or IEEE488 interfaces designed to be used with analogue programmable power supplies; Output Voltage and Current of the power supply can be programmed and monitored; Readback of Status Signals; Two 14 bit output channels for programming; Two 12-16 bit input channels for moitoring; Up to 15 PSC's on one RS232 or IEEE488 BUS to control multiple supplies; Software calibration - no trimmers

Interface between Ethernet IP Network and power supply; Built-in card or external module; Makes use of existing networks; IP-address configurable by user; Successor to the IEEE488 Bus; Features include 16-bit accuracy programming and monitoring, Integrated sequencer, Digital user inputs and outputs (isolated), Software calibration, Change power supply modes (remote/local etc), SCPI commands, Read-back of status signal, LabVIEW driver and Visual Basic example included

Interface between CANopen Bus System and power supply; CANopen Standard; Up to 1Mbit/s communication, baud rate dip switch selectable; CANopen features include SYNC object, Emergency object, Node guarding, Heartbeat, Expedited and Nonexpedited SDO transfer, Node address range 1-127, Baud rate setting range 10Kbit/s to 1Mbit/s

Interface between PROFIBUS DP Bus System and power supply; PROFIBUS DP V0 Standard; Up to 12Mbit/s PROFIBUS DP Communication; PROFIBUS features include Slave in a PROFIBUS-DP network, DP-V0 standard according to IEC 61784 Ed. 1:2002 CPF 3/1, PROFIBUS protocol according to IEC 61158, Slave address range 1-127

Plug and play interface modules for the SM3300 Programmable Power Supply; Multiple interfaces can be used per power supply; 1000V Isolation from the output voltage; Floating with respect to earth Isolated Analogue Interface: High accuracy ans low drift, 16 bit A/D and D/A conversion, Compatible with other Delta Elektronika 15pin analogue interfaces, Factory calibrated for optimum accuracy Digital I/O Interface: 8 inputs - logic high 2.5-30V, logic low 0V, 8 open drain outputs 0-30V, 200mA max., Programmable via Ethernet or sequences Isolated Contacts Interface: 4 relays with make and break contacts, Additional (floating) interlock with 24V enable system, Programmable via Ethernet Multi-protocol Serial Interface: Multi-protocol RS232, RS485, RS422, USB, Web based configuration, Speeds up to 115.2 kbps

Connects SM3000 and ES Series power supplies in master/slave series mode; Master power supply can be the upper or lower power supply in the series; Equal voltage sharing; Series operation up to a maximum of 600V

Under and Over Voltage Alarm unit; Large adjustment for use on both 24V and 48V outputs; Contains 2 window comparator circuits, isolated from each other; Monitors the output voltages from 2 power supplies; Green LED indicates