Japan Ono onosokki digital ruler counter DG-4320

 Product Description: Japan Ono onosokki digital ruler counter DG-4320 Japan Ono onosokki digital ruler counter DG-4320 digital ruler counter DG-4320/4340 is connected to a digital ruler sensors, precision measurement through sensors and represent data. Also added is calculated, the conditions required for the measurement function preservation, in the production line can also play a benefit. Various calculations DG-4320 can be output via BCD format. DG-4340 Based on this comparison function further comprises (*) when the result of the comparison determines the DG-4340 represents a red background is NG. Background is green when the result is OK. Features a variety of counting function n doubling the use of flexible function selectable input pulse 1,2,4 times. n coefficient setting function measured values ??can be multiplied by the coefficient values ??arbitrarily set. n Found offset setting function may be added arbitrarily set the offset value. n The decimal point position change function and sensor resolution has nothing to do, you can change the position of the decimal point. n calculation function measurement, and indicating the calculated maximum, minimum, maximum tolerance range (maximum value - minimum value) n setting coefficient, offset data and other conditions set by the condition storage function, can be stored separately 4 groups. Other than digital ruler BCD encoder can be connected 3-channel data output compare mode feature detection to distinguish between multiple grade (only DG-4340) with CE and RoHS standards Example 3 channel detection applications Channel Compare function application inspection screw Analyzing tightened condition protruding height of the screw. The comparison process may correspond to channel 3 three different screws. The maximum difference between the range of values ??using functional measurements determine flatness flatness inspection by the sensor measurement object week, according to the maximum difference between the measured value range (maximum - minimum) simply determine flatness. Measure the length of a pulse counting with a wheel encoder measuring length paper or steel. By doubling the coefficient function can be adjusted with the encoder pulse duration. BCD output function by checking machined parts automatically determine whether compliance benchmarks. BCD output channel measurement result to program the controller to determine. Brief Specifications Model DG-4320 DG-4340-type segment LED displays, dot matrix composite monitor, two background colors, six numerals represent the range 0 ~ ± 199999 (at 0.5 μm resolution setting, the smallest bit is 0 or 5) applies The company's various sensors ruler (not including the GS-3800 series) 2-phase and a phase rectangular wave voltage output of the Company's sensor (encoder) sensor supply output DC 5 V ± 10%, 200 mA Resolution 0.5 μm, 1 μm, 10 μm * 1 a total of three kinds of phase difference between the input signal 2 phase rectangular wave, a rectangular wave voltage phase (and optionally set) input frequency range DC ~ 300 kHz data indicative of the instantaneous value, maximum value, minimum value The maximum difference between the range of values ??(maximum - minimum) to calculate the offset function setting function, the coefficient setting function, doubling function, the decimal point position change function in the form of a digital output BCD output, update time 10 ms, open collector output ( You can set positive and negative logic) Comparison - 3 channels, the lower limit on the semiconductor relay mode, OK / NG judgment result set background color condition Save to save the four groups set conditions Dimensions / Weight 72 (W) × 72 ( H) × 114 (D) mm / approximately 320 g supply voltage AC 100 ~ 240 V Operating temperature range 0 ℃ ~ + 40 ℃ for about 6 VA (AC 100 V when) Storage temperature range -10 ℃ ~ + 55 ℃ optional DG-0430 (sensor power supply DC 12 V 150 mA), AA-8101 (BCD signal cable 3 m) AX-2050N (power cable 3 m) * 1 When using an encoder sensor way, does not mean that the unit and the decimal point. (Decimal point can be represented by the decimal point position setting function)