This is a highly efficient voltage converter power supply. Provides you with the precise voltage that you need for your project and testing purpose.
Providing you with your desired output voltage power from any DC voltage source for exmple, battery, power supply, power bank.
Small and light weight. Suitable for portable on-site or indoor desktop use.
Adjustable output voltage from 0Vdc to 50Vdc (up to 5A, 250W)
Can set current limit output.
Precision output settings.
DC barrel socket or pluggable terminal connection for input/output source.
Accept input from 6Vdc to 55Vdc.
Multiple display mode for voltage, current, power, energy and real time graphical graph.
Step down, step up Converter
This voltage converter allows a wide range of input voltage power supply from 6Vdc to 55Vdc.
You can adjust the output voltage with the user turn-knob. This voltage converter power supply will step-down or step-up to your desired output.
Power Supply Input/Output
Accept wide input voltage from 6Vdc to 55Vdc.
Adjustable output voltage 0Vdc to 50Vdc, and current limit up to 5A.
High power supply with total power output up to 250W.
It is easy to connect to this converter.
You can power up this unit (Vin) through a DC barrel jack connector (OD 5.5, ID 2.1mm), or bare wire through the pluggable screw terminal connector. (the connector on the left side)
You can tap the converted voltage power (Vout) from the same connector type. (the connector on the right side)
Power Display Mode
You can access the display mode by turning the user turn-knob.
Display mode available
Voltage and current display
Power and wattage display
Real time voltage/current graph display
Power up the voltage converter with external DC power supply.
Set the output voltage. Select the button <V>. Press down the knob click to select the number position that you want to change. Turn the knob to adjust the voltage value.
Set the output current limit. Select the button <A>. Similar to step 2, use the knob to adjust the current limit. Setting current limit ensure that the output current will not be more than what you have set.
Press the On/off button (below the turn-knob) to switched on the output supply.
MDB to pulse converter (PIC-029) for automated vending machine or self-service kiosks. This converter board is connected directly to the cashless payment terminal.
The converter is simple to use and do not requires a technician to configure your payment terminal as well as your vending machine. Simply set the price and pulse information and you are good to go.
Replaces coin acceptor for your automated vending machine.
Integrate MDB payment terminal with your payment kiosks.
12V or 5V MDB converter board.
Pulse output to your vending machine.
Configure price and pulse number via the USB port.
Test mode (set to a temporary 1 cent for your testing purpose).
Pulse test button.
Indicate and buzzer.
Customised touch panel for payment amount.
Optional customised RS232 port.
Customised MDB Converter
For other special MDB converter, you can contact our sales engineer with your project’s application details. We will assess and propose you with a solution for your automatic vending and self service kiosks system.
iUC180 Payment Card Reader Terminal for cashless card payment in Singapore. This wireless card terminal is very compact in size.
The terminal is designed with a EVA mounting standard. The standard standardise and simply the terminal device mounting work.
The following presents the dimension and size of the card payment reader terminal so that you can have some idea how it can fit into your vending or gaming machines.
Card Terminal Dimension
The card terminal measures about 102x134x71mm.
Propose Mounting Bracket for Payment Terminal
Propose 4x M4 studs at the corner, forming a rectangular shape. To be secure by nuts.
Propose Mounting Bracket Dimension
Card Terminal Labeling Dimension
Terminal Casing Customisation
Check out our card payment terminal rental package which includes our standard fabricated casing for your vending or gaming machines. This rental package is design for businesses to cap unforseen operating cost expense relating to the payment terminal.
The cable tester is functional without connecting to external devices or system.
A 4 pins connector (green pluggable terminal connector) is available to allow custom connection to your own device or equipment. This connector is isolated via an optocoupler. This isolation will protect the tester from damage due to any wrong external connection.
Custom User Interface to Cable Tester
The simple interface can be a switch and LED indicator. You may want to use your own foot padel switch to start the wiring connection test or may have your own indicator panel for your operator use.
You can adopt to the following connection.
Multiple Cable Tester Linking Together
For some situation, this tester may not have enough test point for your cable harness. Each tester can only connect up to 64 connection points. If your connect has more than 64 points that you want to test in one shot, you can consider interfacing them in parallel as shown in the diagram.
This connection allows you to test cable harness with many connection points at the same time. It will allow a single test switch to trigger the tester. Any fault detected from one of the testers, it can drive your external indicator.
*** Please note that the test connection points are not inter-connected between the individual tester modules. Just take note to connect only groups of wires that are inter-connected together within a single tester.
Digital Controller Connection
The tester can also be connected to your digital logic controller for more custom/complex control of your entire system.
The connection has a opto-coupled design. This will ensure that the tester will not cause interference issue to your controller or be affected by any external controller interfacing.
Interfacing to High Power Devices
For interfacing to high power devices, it is recommended to have a relay as the interface to isolate from the tester. The optocoupler built inside is meant to protect the tester. It cannot be used to drive a high current. Any current higher than 0.1A, it is recommended that a bigger relay is used for the interfacing.
The following is an example of the connection you can do to drive high power devices.