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   operation, the company explains.


      SPM is a pallet management solution for


automating pallet transport in the vicinity of manufacturing machines and for production- related picking and sequencing processes, which can also be used in Industry 4.0 environments. It is designed to transport, sort and buffer boxes or pallets weighing up to 1,000 kilograms. According to the company, it represents a mobile and autonomously acting material flow system that can be used, for example, as a cost-efficient supplement or substitute for forklifts or automated guided vehicles (AGVs). The SPM solution consists of various


modules, at the centre of which is a mobile unit (SM1000 Mover) that runs underneath non-driven conveyor sections and moves pallets lying on them. A transfer car (SM2000 Transfer Car) which moves on a rail can transport pallets between parallel conveyor sections. According to the company, those


using the solution can now finally automate work processes in front of machine production to avoid manual





               


   With the new DP813(A) and DP822(A), RIGOL enhanced the DP800(A) series with two


versions which can provide much higher current. The previous maximum current of 10 Ampère is now extended in DP813(A) to 20 Ampère and in DP822(A) to 16 Ampère. DP813(A) has one output channel and can be used in two different ranges. In low-range mode the device can output up to 8 Volt/20 Ampère and in high range mode up to 20 Volt/10 Ampère. DP822(A) has two channels, and the first channel can be adjusted up to 20 Volt/5 Ampère and the second channel up to 5 Volt and 16 Ampère. Both versions provide a sense channel on the high current output to detect the voltage drop at the test cables, which has a significant influence to the test setup at higher current. All current and voltage values can be increased by 10 % with each model (except


DP822(A)). For example with DP832(A) series the values at channel 1 and 2 can be increased to 33 Volt and 3.3 Ampère. With the high current output of DP822(A) a 5 % increase to 16.8 Ampère is possible. All devices can be operated in constant current (CC) or in constant voltage (CV) mode. These devices have a very clean power output based on the very low ripple and noise of


Rigol`sDCpowersupplyseries DP800(A)withtwonewmodels DP813(A)andDP822(A).


RIGOL Technologies EU GmbH enhanced the DC power supply series DP800(A) with two new models DP813(A) and DP822(A). The DP800(A) series was launched in 2013 with four different models. These models are


available as normal models where optionally different functionalities like Ethernet and RS232 interface, a digital I/O interface for triggering, a monitoring and analysis application and high resolution capabilities can be activated later-on. All models are also available as A-model where all options are already pre-installed, and the layout of the front panel is more colorful.


32    


<350 mVrms/3 mVpp and can be used for applications where such clean power is required. Furthermore, the line and load regulation is very stable with<0.01 % +2 mV/+250 µA. The multi-channel devices contain isolated channels. With the multi-channel versions, two


channels can be connected both in parallel and in series in order to increase the current or voltage. In addition, the devices offer overvoltage or overcurrent protection (OVP)/(OCP), in which the device switches off the output as soon as the entered values are exceeded. Additional functions, such as the timer for outputting voltage or current profiles, are


integrated into the devices as standard. RIGOL also offers free PC software for this class of devices for setting the devices or recording the respective curves and saving them in a *.csv file. This series can be used for multiple areas and applications in R&D departments as well as


in automatic test-setups in production or in educational areas. 


   


activities in safety-critical areas; and they can manage the pallet work flow by buffering, sorting, sequencing and carrying at the right time to deliver significant improvement of the machine downtime, optimising the return on investment (ROI) of the machine production cells. This not only eliminates costly production interruptions for material supply to machines, but also the risk of accidents during operation. In this way, productivity increases of up to 30% are possible compared to manual


Using the SPM Layout Configurator & Pallet


Flow Simulator – a user-friendly 3D online tool – it is said to be possible to configure a system quickly and easily, as well as simulate planned operation on the computer.


Before the official market launch of the


SPM, it had already won two internationally renowned awards: the Red Dot Award, Product Design 2021; and the ‘International Intralogistics and Forklift Truck of the Year Award (IFOY AWARD)’.


 





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