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6-DIGIT
FREQUENCY METER, TACHOMETER, RATE METER, TIMER, PULSE TOTALIZER, PROCESS
METER & TOTALIZER WITH RS-232
PENTA P6000A
OPERATING
MODES
1. Frequency/tachometer from 10-6 Hz to 7 MHz 2. Frequency ratio FB/FA from 0.02 Hz to 7 MHz 3. Totalizer up or down from 99,999 to 999,999 or accumulating stopwatch 4. Period/period average from 140 ns to 36 days 5. Time interval/time interval average/stopwatch 6. Process meter for 4-20 mA, 0-2 or 0-10 V input 7. Integrating totalizer for 4-20 mA, 0-2 V or 0-10 V input FAST LOW-FREQUENCY MEASUREMENT PROGRAMMING FEATURES SIGNAL CONDITIONER CHOICES COMMUNICATIONS & CONTROL DISPLAY & MECHANICAL In
its base configuration, the P6000A is a microprocessor-based,
6-digit, 1/8 DIN counter which can be configured by front-panel keys
or by a personal computer as a frequency meter/tachometer, frequency-ratio
meter, period/period- average meter, time-interval/time-interval-average
meter or totalizer. It combines these five operating modes with ease
of setup, wide dynamic range, six-figure crystal-based accuracy, and
software scaling.
With the addition of an optional analog-to-frequency signal conditioner, the P6000A can become a software-scalable process meter with two setpoints and exceptionally wide zero offset capability. It can also become a 6-digit analog integrating totalizer. The P6000A provides a five-key front panel, which can be used to select mode of operation, scale factor, zero offset and two setpoints for ON/OFF control or alarm. Setup parameters can be saved in non-volatile memory with four levels of front-panel lockout for program security. In addition, the P6000A can be programmed via RS-232. It can also report its own setup data and transmit ongoing readings and alarm status via RS-232 or 20 mA ASCII current loop. Modem support is built in for remote operation. FLEXIBLE SIGNAL CONDITIONING 0. TTL-LEVEL PULSE INPUTS Dual non-isolated TTL/5 V CMOS-level input channels with protection to 25 V dc are standard and can accommodate frequencies up to 7 MHz. The inputs can be tied to contact closures by using a spare flip-flop available at the connector for debounce. They can also be tied to sensors with an open-collector NPN or PNP output if these are powered externally. Contact closures require an external 20 kOhm pull-up resistor. PNP sensors require an external 1 kOhm pull-down resistor. 1 & 2. ISOLATED SIGNAL CONDITIONER WITH EXCITATION OUTPUT This almost universal signal conditioner is available in single- or dual-channel versions. It provides sensor excitation output plus AC or DC coupling, signal isolation to 350 Vp, and jumper-selectable low-pass filtering, debounce time and hysteresis. It allows the P6000A to be tied directly to passive magnetic pickups with output down to ±10 mV, to AC line voltages up to 240 V rms, and to NPN, PNP, NAMUR or contact-closure sensors all with a high degree of input protection. 3. NON-ISOLATED SIGNAL CONDITIONER WITH EXCITATION OUTPUT This is an economical single-channel non-isolated signal conditioner which supplies power up to 16 V at 25 mA for direct 3-wire connection to NPN sensors, or 2-wire connection to NAMUR sensors (<1 mA ON, >3 mA OFF) and contact closures. It can also be used with magnetic pickups and other active voltage sources from 0 to 200 mV up to 60 V rms.
4. ISOLATED ANALOG-TO-FREQUENCY SIGNAL CONDITIONER This signal conditioner accepts 4-20 mA, 0-5 V or 0-10 V analog signals and turns the P6000A into a process meter with isolated input, 6-digit scale and offset capability, two setpoints and RS-232. It also allows the P6000A to serve as an analog integrating totalizer, for instance to display volume based on the 4-20 mA signal from a flowmeter. |
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Copyright 2003,
NEWPORT Electronics, Inc. All rights reserved.
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