Digital Indicator: NMI R 76-1 Approved - GS600

The GS600 meets the stringent NMI R 76-1
Non-automatic Weighing Instruments Standard.

Ideal for Weighbridges, Silo Weighing & Hoppers.

Key Features of the GS600

24 bit Divisions Display Resolution – 16,777,216 internal counts resolution. Can be setup in weight increments of 1, 2, 5, 10, 20, 50, 100 or 500.
Linearity Correction – Allows any installation to beAccurately Linearized by using one easily Set Linearity adjustment setting.
Sensibly Sized Front Panel and Keyboard – The 10mm keys can easily be operated while wearing gloves and the large six digit 25mm LCD Digits are clearly readable from a distance, even in low light conditions.
Designed to Withstand the Heat – Unlike miniature weight indicators having high component densities which could make them prone to over heating, the GS600 RUNS COOL, due to it’s purpose designed generous layout which enhances heat dissipation.
Stainless Steel / Anodised Aluminium IP65 Enclosure – For the ultimate in harsh environment protection, when panel mounted.
Full Range of Options – Options including Time and Date, Simultaneous Analog & Serial Outputs and Optically Isolated Serial Options.
National Measurement Institute Australia – Approved to 6,000 divisions, perrange / interval. NMI Certificate S621.
Assured Quality – Our experience, design & in-house production ensures each Indicator is shipped with a signed and numbered quality certificate.
Weight Indicators of Choice – Gedge Systems Weight Indicators are chosen by more Major Australian Weighbridge & Scale Manufacturers than any other Brand. And for good reason:- Quality, Reliability, Accuracy, Australian Made and able to be Supplied & Installed for a Fair Total Cost.
Fully Compliant – Meets the latest Australian and European EMI/RFI immunity and emission standards.
100% Tested – Every GS600 is 100% tested including one day in our temperature chamber between – 10°C and +40°C to assure you of its accuracy and stability, better than 7.5 parts per million/°C.
Clock – Battery backed clock calendar

Technical Specifications

Load Cell/s Input – -1mV to 45mV calibrated 400 to 6,000 display divisions at 0.8?V/divisions. Displays -4% to +104% FS range. Excitation 10VDC Short Circuit Protected drives up to EIGHT 350ohm Load Cells in parallel to 230mA max. True differential remote sensing using a separate pair of wires. Source Impedance 2kohm maximum. Input Impedance 10Mohm minimum.

Front End Accuracy / Stability – Linearity ±0.01%FS; Span ±Typical 3ppm/ ?C; Zero, for dead load input from -20mV to +20mV ; Noise 0.1?V p-p RTI maximum.

Linearity Adjustment – Can be setup to apply one linearity correction anywhere within the weighing capacity. The linearity adjustment, which, for the ultimate in accuarcy is entered in quarter division increments, can correct for up to 31 display divisions of non-linearity. The correction, which is automatically proportioned, need not be symmetrical around the point of maximum error.

Front Panel – SIX digit 20mm high 6 LCD display to 999999. Positive action tactile feedback keyboard behind tough water-resistant membrane.

Standards – Approved by National Measurement Institute Australia for use up to 6000 divisions per range / interval Certificate S621. Conforms to the requirements of the Australian Electromagnetic Compatibility.

Framework C-Tick Regulations. Conforms to European Electromagnetic Emissions & Immunity Directive.

Physical / Environmental – All metal enamel finished panel mounting enclosure with panel mounting slides.

Front 198mm W x 96mm H; Body 184mm W x 90mm H x 150mm L.
Panel cut out 186mm W x 92mm H. Panel rear projection 150mm (allow extra 70mm for connectors).
Weight 2kg; Shipping weight 3kg.
Environment -10C to +40C Operating; -15C to +70C Storage; to 95%RH non condensing.
Power 85VAC to 265VAC (specify on order) 49 to 62Hz 30VA.
Rear Panel includes Power receptacle, Fuse/fuse holder, 9 pin D load cell connector plus cutouts for three Output Options Connectors, 13 pin phoenix connector 5.08mm separator, 9 pin D Connector for RS232 (Com 1), Cut out for Output Options.