Need help?Do you have a question about the Rotek 800 Series and is the answer not in the manual?
Overview of the Series 800 Power and Energy Meter Calibrators' capabilities.
Details the different models (800A, 811A, 800AE, 811AE) and their features.
Technical specifications for the Series 800 calibrators, covering voltage, current, and power outputs.
Details the necessary AC power sources and voltage selections for operating the calibrator.
Describes the standard bench mounting configuration and optional rack mounting options.
Identifies and describes all front and rear panel controls, connections, and indicators.
Provides an overview of the two principal models (800A, 811A) and their enhanced variants.
Detailed procedures for operating the Model 800A/800AE, including setting voltage, current, and power factor.
Procedures for operating the Model 811A/811AE, including energy measurements and pulse output testing.
Explains the Series 800's voltage, current, and phase control mechanisms.
Describes the components and block diagram for AC voltage output generation.
Describes the components and block diagram for AC current output generation.
Explains how phase control is achieved by measuring waveform axis crossings.
Details the voltage function's operation using D to A converters and integrators.
Details the current function's operation using D to A converters and current shunts.
Details the phase control function using D to A converters and phase detectors.
Calibrator operation controlled via the front panel.
Calibrator operation controlled via IEEE-488 Interface signals.
Describes signals multiplexed on the Control Logic Assembly for frequency and power factor.
Explains microprocessor circuits, self-checks, and initialization on power up.
How BCD voltage and current data are directed to control logic and converters.
Data entry and extraction via IEEE-488 Interface using serial ASCII characters.
Lists the equipment necessary for inspecting and calibrating the Series 800.
Procedures to verify adherence to specifications under specific environmental conditions.
Steps to calibrate AC voltage output accuracy using a Thermal Transfer Standard.
Procedures for measuring current accuracy, referencing power measurements.
Method for measuring voltage distortion percentage using a distortion analyzer.
Method for measuring current distortion percentage using a distortion analyzer.
Details power accuracy tests using the MSB-001A Watt converter.
Testing deviation accuracy by setting specific PF and deviation ranges.
Tests for fractional divider settings, specifying amps and reading limits.
Connecting equipment and measuring distortion in percent on the distortion analyzer.
Configuring equipment and measuring distortion percentage on the analyzer.
Connecting equipment and measuring power, including specific examples.
Using DVM to read MSB-001A voltage output and applying Series 800 deviation controls.
Testing fractional divider settings with MSB-001A Watt converter.
Step-by-step guide for calibrating the 800A and 811A models, including pre-calibration setup.
Guide for calibrating the 800AE and 811AE models, including setup and null adjustments.
Maintenance procedure for cleaning the internal cooling fan's washable air filter.
Yearly maintenance for relay contacts and terminals using alcohol and Cramolin.
Steps to access internal circuits by removing the top and inner guard covers.
Procedure for measuring and verifying power supply voltages at specific test points.
Diagnosing voltage output failures by checking DC offset, quiescent current, and reference voltage.
Diagnosing current output failures by checking connections, relays, and component shorts.
Troubleshooting phase function failures by examining waveforms and component operations.
Diagnosing erratic line synchronization by observing voltage amplitude and phase relationships.
Method for isolating faults in analog switches by replacing transistors with jumpers.
Explains the IEEE 488 Interface for ASCII communication between controller and Series 800.
Describes the procedure for sending instructions and data via the IEEE-488 Interface.
Procedure for reading the status byte from the Series 800 via the IEEE-488 Interface.
Lists default conditions for output registers upon power up or after a Select Device Clear.
Steps to assert the REMOTE state and set the IEEE-488 address.
Demonstrates typical instructions for controlling the Series 800 via an IEEE-488 Interface.
Steps to establish known conditions, perform a reset, and place the Series 800 in REMOTE state.
Issuing instructions to program the calibrator for specific voltage, VA, PF, and deviation settings.
Instruction to assert the Operate state and serial poll to confirm state entry.
Procedure to read deviation meter data after pressing the Record button.
Routine to read energy delivered data after the 811A/811AE completes counting pulses.
Returning the calibrator to a safe, defined state after completing a programmed task.
General practices for interrogating status bits before sending data to ensure correct information transfer.
Lists recommended spare parts for the Series 800, including Rotek P/N, Mfg. Code, and Mfg. P/N.
Lists manufacturers referenced in the parts list with their corresponding code numbers.
Lists components and part numbers for the front panel assembly.
Lists components and part numbers for the main assembly board.
Lists components and part numbers for the relay output assembly.
Lists components and part numbers for the annunciator assembly.
Lists components and part numbers for the CVA assembly.
Lists components and part numbers for the CVA assembly.
Lists components and part numbers for the phase control and sense assembly.
Lists components and part numbers for the oscillator assembly.
Lists components and part numbers for the reference assembly.
Lists components and part numbers for the ĀµP/IEEE interface assembly.
Lists components and part numbers for switch circuits.
Lists components and part numbers for the ĀµP/IEEE interface assembly.
General| Brand | Rotek |
|---|---|
| Model | 800 Series |
| Category | Test Equipment |
| Language | English |
To Next Page