• Class of Accuracy : 0.25%
  
  
• Large backlit display
  
  
• Effective True Value Measurements of all main electrical parameters
  
  
• Active and reactive energy readings always shown on display 
  
  
• Partial energy meter for checking consumption in individual operating cycles
  
  
• Voltage and current THD (Total Harmonic Distortion Factor) measurement
  
  
• FAST data acquisition ensuring high -precision measurements
  
  
• Automatic configuration of CT side, which means easy installation
  
  
• CT setting for controlling the cogeneration 
  
  
• 2 outpouts that may be selected for pulses or alarms
  
  
• RS-485 for remote connection and data transmission 
  
  
• 2 available protocols : DCT and MODBUS-RTU 
  
  
• Programmable use of map to facilitate use of MODBUS
  
  
• Automatic network recognition 
  
  
• Easy set up with examples to guide user
  
  
• Page first selection on display
  
  
• Safety password on set up and on energy measurements

The new and economical SMART Più analyzer futher broadens the consolidated family of MACH 30 (three- phase and SMART  panel board-type analyzing instruments. It is the pr0duct of strategy aimed at consolidating the brand's presence in the field of measuring instruments through a line of highly technological products and systems that meet Company's traditional needs to economize and optimize electricity consumption. 

The SMART Più panel board-type analyzers have been designed and manufactured to be used in low and medium voltage electricity distribution panel boards. The SMART Più measures and computes the main electric quantities specified in the table on page 36. The computing values of average powers may be set for times ranging from 1 to 60 minutes .

The precision is about 0,25% 25 quantities may be viewed in a series of pages on a liquid crystal display on front. Finally an extremely important plus is that an RS-485 serial port is available in each SMART Più so that measurements can be sent to a data recording system as described in the "ENERGY MANAGEMENTS " section.

SMART Più represents a technological innovation because besides being a highly precise measuring instrument it can signal when loads exceed a set level and disconnect users that have been identified in advance by the Company in order to avoid excessive consumption and reduce the power demands make of the electric company. Let's not for- get the power is paid not only on the basis of a fixed charge but also according to demand , which means high costs per KW,

The diagram illustrates the concept clearly, When the instrument detects the the power limit is about to be exceeded, it signals the necessity of disconnecting loads with an internal relay, which in turn activates the controls for immediately cutting out the selected load. As soon as the demand has been brought down to normal levels, the load can be normally reconnected. Cooling units, compresors and machines that are less important for production Remember that savings does not means less work, but rather using resources efficiently so as to minimize energy costs and thereby gain a competitive edge.

To achieve this result it is not enough to buy energy at the most convenient price or shut down equipment. Today, being competitive means controlling consumption and organizing production taking into account all the parameters that may impact the cost of the final product. Businesses and workers have to learn how to organize their production cycles and examine every possible and feasible solution.

Those who formulate work plans must make it clear that turning on equipment a minute too soon or minute too late may result it unacceptable cost, Costs. Costs that a Company must pay. But without an instrument it is impossible to detect excess loads; SMART Piu cna monitor and intervene to optimize energy consumption. SMART Piu is the right answer to the problem.

Only 4 pages in which to view three-phase parameters. Furthermore, the voltages, currents and power factor are available for each line, as well as the average and max. average power. Active and reactive energy are stored in a non-volatile memory. 

The active and reactive energies of the tree-phase system or, if selected, of the individual phases, always appear at the bottom of the display.