1. Manuals
  2. Brands
  3. Rotek Manuals
  4. Test Equipment
  5. 800 Series
  6. Manual

Rotek 800 Series Manual

Precision power/energy meter calibrators
Hide thumbs
Table of Contents

Advertisement

Quick Links

SERIES 800
PRECISION POWER/ENERGY
METER CALIBRATORS
17th Printing
Effective Starting Serial Number 675
Rotek® Instrument Corp., 390 Main Street, Waltham, Massachusetts 02154 USA
Tel. (617) 899-4611
Fax. (617) 894-7273

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the 800 Series and is the answer not in the manual?

Questions and answers

Summary of Contents for Rotek 800 Series

  • Page 1 SERIES 800 PRECISION POWER/ENERGY METER CALIBRATORS 17th Printing Effective Starting Serial Number 675 Rotek® Instrument Corp., 390 Main Street, Waltham, Massachusetts 02154 USA Tel. (617) 899-4611 Fax. (617) 894-7273...
  • Page 2 This is the only warranty offered in connection with the sale of this instrument, no other warranty is implied. Rotek is not liable for consequential damages.

  • Page 3: Table Of Contents

    TABLE OF CONTENTS 1.0 General Information ......................1 1.1 Description ....................... 1 1.2 Models and Options ....................1 1.2.1 Model 800A Wattmeter Calibrator ............1 1.2.2 Model 811A Power Energy Calibrator..........1 1.2.3 Models 800AE and 811AE ..............1 1.3 Specifications ......................2 1.3.1 Models 800A/811A ................
  • Page 4 4.2.6 Deviation Test ..................40 4.2.7 Fractional Divider Tests ................43 4.3 Calibration Procedure....................43 4.3.1 Model 800A/811A Calibration Procedure ..........43 4.3.2 Model 800AE/811AE Calibration Procedure ........48 4.3.3 Factory Adjustments ................51 4.4 Periodic Maintenance ....................51 4.4.1 Air Filter....................51 4.4.2 Relays ....................52 4.5 Troubleshooting......................52 4.5.1 Access....................52 4.5.2...

  • Page 5: General Information

    1. General Information 1.1 Description The Series 800 Power and Energy Meter Calibrators are precision sources of low distortion alternating voltage and current, providing voltages from 11 to 749 Volts RMS and currents from 0.011 to 50 Amperes at frequencies of 50, 60, or 400Hz. The separate voltage and current outputs of the Calibrators may be connected respectively to the voltage and current input terminals of wattmeters and watt-hour meters for calibration.

  • Page 6: Specifications

    1.3 Specifications Specifications apply after 60 minutes of warm-up at ambient temperature of 25 ±5°C, a line frequency of 50 to 60Hz, at nominal line voltage ±5%, includes loading and maintains for a period of 6 months. All specifications are described as maximum limits unless otherwise stated. 1.3.1 Models 800A/811A Voltage Output Characteristics Voltage Range:...
  • Page 7 Compliance: Max. Voltage Current Max. Inductance Range Full Range 50/60 400Hz* 1.0999A 5mHy 125µHy 10.999A 1mHy 30µHy 0.4V 10µHy 4µHy 75A (Optional) 0.1V --------- --------- Amplitude Instability: 20ppm per hour non cumulative. 50ppm per day non cumulative. 100ppm per month non cumulative. Temp.

  • Page 8: Models 800Ae/811Ae

    1.3.2 1.3.2 Models 800AE/811AE The Following Specifications for power accuracy apply to the Models 800AE and 811AE. For all other performance specifications for these models refer to paragraph 1.3.1. Enhanced Mode, ranges of operation Voltage: 80-130V, 160-280V Current: 1.1-5.999 Amperes Max.

  • Page 9: Operating Instructions

    2. Operating Instructions 2.1 Power Requirements The Series 800 Calibrators can be operated from an AC power source of 100, 120, 220 or 240 Volts (±5%), 50-60Hz. The selection of line voltage operation must be made prior to connecting the instrument to the power source by inserting the printed circuit adapter board in the AC receptacle assembly (located on the rear panel) with the appropriate voltage mark readable.
  • Page 10 5. Frequency Selection Controls Three controls select 50, 60 or 400Hz output frequency. 6. Power Factor Control, Lead/Lag Selector, Indicator A rotary switch selects power factor in steps of 0.1PF over the range 0 to 1. Switch selects either current leading voltage or current lagging voltage. The indicator is illuminator for PF < 1. 7.
  • Page 11 17. Current Units Indicator These LEDs indicate the units of the current in milliamperes or amperes. 18. Volt-Ampere Display Displays the five digit value of the volt-ampere setting which has been entered through the keypad. Displays the option code immediately after power up. 19.

  • Page 12: General Operating Information

    Located upper left front corner inside front panel, on relay bracket. 2.4 General Operating Information There are two principal Models in the 800 Series, the 800A and the 811A. The Model 800A is used for power meter calibration and testing, whereas the Model 811A has the additional features required for energy meter calibration and testing.

  • Page 13: Entering Voltage

    2.4.2 2.4.1.1 Entering Voltage To establish a voltage setting for the wattmeter under test voltage coil, the Model 800A status LED "Key Voltage" must be illuminated. If it is not illuminated push the reset button located on the Keypad. The voltage may now be keyed in. Any integer value from 10 to 749 volts may be entered. Other values will be ignored and the Error LED will be illuminated.

  • Page 14: Use As A Voltage Source

    50 amperes set the power to 5000 volt-amperes. 2.4.10 Model 811A/811AE The Rotek Model 811A may be used to calibrate wattmeters in the same manner as the Model 800A. All paragraphs of section 2.4.1 apply to the operation of the 811A. In addition, the Model 811A may be used to calibrate rotating or electronic energy meters.
  • Page 15 Therefore, × 10000 pulses 10 1000 pulses × 10 2160 watt - seconds 21600 watt - seconds 21600 watt-seconds is the theoretical energy required to produce exactly 10000 pulses. If the SC-10 is in error, it will take more or less energy to produce 10000 pulses. The 811A calculates the amount of energy actually required to produce 10000 pulses and displays that value in the watt-seconds display.

  • Page 16: Rotating Instruments With No Pulse Output

    2.4.12 2.4.2.2 Rotating Instruments With No Pulse Output This category of meters includes consumer service meters (Revenue Meters). If the instrument has no pulse output then an optical sensor is utilized to sense disk rotation. This sensor generates a pulse which is used in place of the pulse output of the SC-10. Otherwise the test is the same as that described above.

  • Page 17: Rotating Instruments, Fixed Energy

    2.4.13 2.4.2.3 Rotating Instruments, Fixed Energy This technique is usable with standards such as the General Electric Co. IB -10 and the Scientific Columbus SC-10 meters. In this mode the Model 811A is set to a precise apparent energy at the rated wattage of the meter. The energy can be selected by the user to register any number of full turns of the indicating wheel or counts of the register.

  • Page 18: Availability Of Additional Signals

    The registration of the instrument may be calculated in the following manner: − Meter Reading Expected Reading × % Error Expected Reading − % Registration % Error The test may be repeated by: 1. Opening pendulum switch, reset instrument under test. 2.

  • Page 19: Theory Of Operation

    Sense High and Sense Low. These terminals are available for four wire measurement to eliminate lead drop errors. For most meters the sense and output terminals are connected together for four wire configuration. The 800 Series is placed in the External Sense mode via S20 on the rear panel of the 800A/811A.

  • Page 20: Current

    CAUTION To prevent an overload condition, the external four wire connections should be made prior to switching to the external sense configuration. 3.1.2 Current Figure 3-2 shows the arrangement of components for the generation of AC current output. The basic components in this block are: •...

  • Page 21: Voltage Function (08-800-002/1)

    3.2.1 3.2.1 Voltage Function (08-800-002/1) The input for the voltage function is the setting of the three decade D to A converter, which applies the scaled value of voltage to the precision integrator AR11/12. The other input to the integrator is the scaled rectified value of the output, conducted to the integrator via the dotted path. The inputs to the integrator are nulled by feedback as follows.

  • Page 22: Local Mode

    3.3.1 Figure 3-43.3.1 Local Mode In the local mode, control signals are generated either by the microprocessor or directly from the front panel, depending on the signal. Frequency, power factor, deviation and Operate/Standby signals are derived from individual front panel controls and coupled to logic through remote/local multiplexers.

  • Page 23: Use Of Μprocessor Generated Control Signals

    After the voltage is entered, the µP awaits the entry of VA data and for the Model 811A VA/seconds, KVA/seconds or events data. As each digit is stroked on the keyboard and entered, it is processed and appears in the output registers and display.

  • Page 25: Maintenance

    4. MAINTENANCE 4.1 Required Test Equipment The equipment required to maintain the Series 800 is listed in Table 4-1. Equipment may be substituted based upon the equivalence of performance specifications. 4.2 Performance Tests Performance tests may be used to verify adherence to specification. The performance tests are conducted with a nominal line voltage ±5%, 50-60 Hertz at a temperature of 23 ±...
  • Page 26 Equipment Required to Inspect and Calibrate Instrument Manufacturer Nomenclature Specifications and Model No. Precision Calibrator DC Volt ±0.002% Calibration Source Rotek Model 5000 AC Volt ±0.02% Voltage Divider 7 Place Kelvin Voltage Attenuator Fluke Model 720A Varley Divider DC Meter Most Sensitive Scale:...
  • Page 27 Table 4-2 PERFORMANCE CHECK LIST Date: ____________ Model: ____________ S/N: ____________ Temperature: ____________ Humidity: ____________ Voltage Accuracy: See paragraph 4.2.1 Volts Watts Limit Limit Limit 50Hz 60Hz 400Hz ±0.022 ±0.022 ±0.021 ±0.024 ±0.021 ±0.024 ±0.024 ±0.024 ±0.021 ±0.021 ±0.021 ±0.021 Current Accuracy: See paragraph 4.2.2 Freq.
  • Page 28 Table 4-2 PERFORMANCE CHECK LIST Date: ____________ (CONTINUED) Model: ____________ S/N: ____________ Power Accuracy: 4.2.5 Freq. Volts 800A/811A 800AE/811AE (Hz) Lead Max. Min. Max. Min. 10.005 9.9950 10.001 9.9990 7.0120 6.9880 7.0010 6.9990 5.0120 4.9880 5.0010 4.9990 0.0120 -0.0120 0.0010 -0.0010 0.0220 -0.0220...

  • Page 29: Voltage Distortion Test

    3.333 6.6734 6.6577 ±0.125 1.667 3.3373 3.3288 ±0.125 Corrections for the MSB-001A should be used for 400Hz measurements and for 50/60Hz measurements in the testing of 800/811AE. 4.2.3 Voltage Distortion Test Connect the equipment as shown in Figure 4-5, and measure the distortion directly in percent on the Distortion Analyzer.
  • Page 30 Configure the equipment for power measurements as in Figure 4-4. Set the Series 800 to 120V, 600VA, 400Hz. Use a DVM to read the MSB-001A DC voltage output. Use the percent Deviation program of the DVM. At each PF setting "Enter" the DVM reading with the 800 Deviation control "Off".

  • Page 31: Fractional Divider Tests

    4.2.7 4.2.7 Fractional Divider Tests Set the Series 800 to 120V, 600VA, 50Hz, 1.0 PF. Use MSB-001A Watt converter as in Paragraph 4.2.5, connecting to the 5 Amp current input range. 4.3 Calibration Procedure The following paragraphs list the steps required to calibrate the Series 800. All internal calibration measurements are made with respect to Signal Ground, which is located at the left hand test point on the Reference module;...
  • Page 32 Step 4 - Phase Control & Sense Module. a. Adjustment of Precision Integrator, AR12 on Phase Control and Sense Module. Using a Keithley Model 155 Meter without filter and using TP17 as ground, adjust R159 for 0V ±20µVDC at TP13. b.
  • Page 33 Step 6 - Phase Control & Sense a. Adjustment of Precision Attenuator, Phase Control & Sense. Using the same set-up as in 5b above, make the following adjustments at TP8 on the Phase Control & Sense, according to the table below. Push the Reset button before proceeding. Power Setting Adjustment...
  • Page 34 Step 10 - Compliance Adjustment. a. Set the Series 800 to 100V, 110VA, 1.1 Amp, 50Hz, 1.0 PF Operate. Refer to section 4.2.2 for equipment set-up description. Observe the MSB-001A Watt Converter DC voltage output. Insert a 2 ohm, 10 watt resistor in series with the high lead of the 0.1 ohm resistor and adjust R186 on the CVA chassis for a -0.02% change in the watt converter output.

  • Page 35: Model 800Ae/811Ae Calibration Procedure

    Set-up the equipment for testing the 800AE or 811AE as shown in Figure 8-1. The watt converter must have an accuracy suitable for the performance of the AE Series. A Rotek Model MSB-001A with correction factors meets the requirements. The digital voltmeter calibration must be known to within ±1ppm and there should be provisions for filtering and averaging.

  • Page 36: Factory Adjustments

    Step 2 - Zero PF Adjustments a. Refer to Figure 8-1. Set the 800AE/811AE to 120V, 600VA, 0.0PF lag and 50Hz. Adjust R116 for 0PF reading, using the corrections for the MSB-001A. Repeat the reading on the DVM using the digital filter set for 10 samples at 7-½ digits. Remember that 10µV = 1ppm!! b.

  • Page 37: Relays

    4.4.2 Relays On a yearly basis, the contacts and terminals (if in a socket) of all relays are treated by: 1. Cleaning with light application of pure grain alcohol. Do not apply the alcohol to any other part of the relay but the contacts. 2.
  • Page 38 Table 4-5 Trouble Shooting Chart Symptom Malfunction Front Panel Line Fuse Failed. Check rear panel line Line Power on but no LED indicators. receptacle. Verify that the line voltage selector is set to the proper line voltage. Voltage No Voltage Output, error indication. Check Fuse F1 and F2 on the rear panel.

  • Page 39: Suspected Voltage Failure

    Operation of the relays should be checked to the following table. Relay Signal for Operation 1.0100 - 50.000 Amps 1.0100 - 50.000 Amps 100.00mA - 1.01 Amps 10.000mA - 100 Amps 10.000 - 50.000 Amps K6, K6A Operate 100 - 749V Operate 100 - 749V If a relay is not functioning, trace through the digital logic on the Control Logic module, 08-...

  • Page 40: Suspected Current Failure

    4. No Voltage Output, Faulty Output. a. Using a scope observe TP2 on the Voltage Oscillator (08-119-001), it should be a clean sine wave approximately 4 volts peak to peak. If not proceed to b. If the sine wave is present at TP2, proceed to f.
  • Page 41 3. DC Current at Output 1-10 Amp Ranges. Set the Series 800 to 50 Hz, 100V, 150VA in Standby. Place a short from Current HI to Current LO at the 10 Amp terminals. Adjust R66 on the CVA for ±50µV DC or less at TP8 of the CVA. If the adjustment is not possible, replace AR4, then AR9 and finally AR8 of CVA.

  • Page 42: Suspected Phase Function Failure

    Change the VA setting to 100, the TP4, CVA Module voltage is now 1.00 volts RMS; that at TP8 is approximately 3.00 volts. If operation is satisfactory to this point the Series 800 should be ready for calibration. The remaining malfunctions could be in the shunt resistors R6, 7, 9 or 10 and K2, 3 or 4 of the Output Relay Assembly.

  • Page 43: Isolating An Analog Switch Fault

    4.5.7 Isolating an Analog Switch Fault A fault in an analog switch of the S2 type can generally be isolated by removing the suspected switch transistor from its socket and replacing it with a jumper from the collector to the emitter pins of the socket.

  • Page 45: Ieee-488 Interface

    IEEE-488 Standard to provide two way ASCII communication between a controller and the Rotek Series 800. With this Interface the Rotek Series 800 functions as a Listener to receive data and status instructions. As a Talker, the Series 800 sends data and status information.

  • Page 46: Data Entry

    mode, Operate or Standby state, instructed to calculate the required current, start energy timing of events countdown and controlled for positive or negative power (optional). New energy data or event count, power, power factor, frequency and deviation range can be transmitted to the Series 800 while the calibrator is in either the Operate or Standby state.
  • Page 47 Table 5-1 Listener Codes ASCII Character(s) Description Volts field (Always precedes voltage digits) Volt-Ampere field (always precedes VA digits) VA-seconds or Events count field (811A/811AE only) STUVW Digits within each given field (S=MSD, T=2nd, etc.) Value of allowed digits Calculate the Current value Start VA-seconds timing (811A only) Start KVA-seconds timing (811A only) Start events counting (811A only)
  • Page 48 Table 5-3 Transmission of Deviation Data Byte Sequence Description ASCII Character Polarity +, - 1, 0 2nd digit 3rd digit Exponent Symbol Exponent polarity Exponent 4=.1%, 5=1% Carriage Return Line feed with EOI Table 5-4 Transmission of Energy Data (811A/811AE only) Byte Sequence Description...

  • Page 49: Default Conditions

    2. Standby is also a timed signal occurring after the squelch has been activated and output relay deactivated. 3. Data Available occurs whenever the Record Button is momentarily depressed (all Series 800) or the Events Count mode has displayed the energy delivered (811A/811AE). 5.4 Default Conditions Upon power up or after a Select Device Clear, the output registers within the Series 800 are set to the following default conditions and will remain stable until changed.

  • Page 50: Initializing

    the controller to be an IBM PC or compatible running MicroSoft QuickBasic or equivalent. The designation of the particular type of IEEE-488 interface card is arbitrary as most of the 488/GPIB compatible devices can be used though each interface has its own unique command syntax and therefore programs written for another interface may look different.

  • Page 51: Enabling Operate

    CALL SEND(12, "F0S1T2U0F5S0T0U6V0W0H2P:D2C", Status%) As before this command line addresses the 800 at address 12 as a Listener and the code within quotes is the instruction word as defined in Table 5-1. 5.6.3 Enabling Operate To cause the Series 800 to output the preset conditions, an instruction is given to assert the Operate state CALL SEND(12, "E", Status%) It is usually desirable to send the Operate and Standby command string and the setting command...

  • Page 52: Ending A Test Routine

    The Energy Delivered data may be read after the 811A or 811AE has completed counting the desired number of pulses from the energy meter under test. The Data Available bit of the status byte will be asserted. The following routine illustrates the procedure which should be followed to read the energy delivered data.

  • Page 53: Parts List

    6. Parts List 6.1 List of Recommended Spare Parts Description Rotek P/N Mfg. Code Mfg. P/N Quantity Integrated Circuits Linear Voltage Comparator ICLCOMPX02CP 24355 CMP02CP Op Amp ICLOALNX07CP 24355 OP07CP Op Amp ICLOALNX27GZ 24355 OP27GZ Voltage Comparator ICLCOMPLM311 27014 LM311N...
  • Page 54 Description Rotek P/N Mfg. Code Mfg. P/N Quantity Decoder/Driver/Latch ICDDCDRV9374 27014 9374 Relays 4PDT REL4PDT1H24V 92714 AZ421-70-1H 4PDT 1500V REL4PDTSTDHV 92714 AZ421-70-220 Transistors Power PNP TRASP6052XXX 04713 2N6052 Power NPN TRASN6059XXX 04713 2N6059 Small Signal NPN TRASN3019XXX 27014 2N3019 Small Signal PNP...

  • Page 55: Replaceable Parts

    General Instruments 04009 Eaton Corp./Cutler Hammer 04222 AVX Corp/ Kyocera Group 04713 Motorola Semiconductor 05245 Corcum, Inc. 06678 Rotek Instrument Corp. 07933 Raytheon Semiconductor Div. 09353 C & K Switch 11532 Teledyne Solid State 12697 Clarostat 14655 Cornell - Dubilier Electronics...

  • Page 56: Front Panel Assembly

    Symbol Description Rotek P/N Mfg. Code Mfg. P/N Code Number Manufacturer 81073 Grayhill Inc. 81483 International Rectifier 82389 Switchcraft, Inc. 82647 Texas Instruments - Klixon Div 82877 EG&G - Rotron 83701 Electronic Devices Inc. 90670 IMB Electronic Products, Inc. 91311 Diodes Inc.
  • Page 57 Symbol Description Rotek P/N Mfg. Code Mfg. P/N 6.2.2 Front Panel Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Capacitors 0.01µF @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V Integrated Circuits, Digital Decoder DEC-BCD ICDENCDLS147 02195 SN74LS147 Nand Gate ICDNANDXLS00 27014...
  • Page 58 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Part of S11 Pushbutton 2 Station 800A only SWIPBMP2ST20 06678 Part of S13 Not Used Pushbutton 3 Station SWIPBMP3ST10 06678 Part of S16 Part of S17 Front Panel Assembly 08-101-000...

  • Page 59: Main Assembly

    6.2.3 Main Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Cicuits, Linear Regulator REG15VPOS01A 27014 UA7815KC Regulator REG15VNEG01A 27014 UA7915KC Capacitors 0.22µf Film CAPPE2203100 56289 225P22491XD3 0.22µf Film CAPPE2203100 56289 225P22491XD3 0.22µf Film CAPPE2203100 56289 225P22491XD3 0.22µf Film...
  • Page 60 Symbol Description Rotek P/N Mfg. Code Mfg. P/N CR19 Not Used CR20 Signal DIOCRN914XXX 27014 1N914 CR21 Not Used CR22 Not Used CR23 Not Used CR24 Transient Suppressor 33V DIOTS0335645 24444 1N5645A Fuses 4 Amp SB FUSE4.00S250 75915 326004 Relays...

  • Page 61: Rear Panel Assembly

    6.2.4 Rear Panel Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Not Used Regulator +5V REG05VPOS03A 27014 LM323K Regulator +5V REG05VPOS03A 27014 LM323K Capacitors 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V 10µF @50V Aluminum Elect CAPAL1005050...
  • Page 62 Symbol Description Rotek P/N Mfg. Code Mfg. P/N High Power PNP TRASP6052XXX 04713 2N6052 High Power PNP TRASP6052XXX 04713 2N6052 High Power PNP TRASP6052XXX 04713 2N6052 High Power NPN TRASN6059XXX 04713 2N6059 High Power PNP TRASP6052XXX 04713 2N6052 Signal NPN...
  • Page 63 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω 51.1K Metal Film RESMF5112XXX 16299 SMA-4 Ω 34.8K Metal Film RESMF3482XXX 16299 SMA-4 Ω 51.1K Metal Film RESMF5112XXX 16299 SMA-4 Ω 34.8K Metal Film RESMF3482XXX 16299 SMA-4 Ω Metal Film RESMF1002XXX...

  • Page 65: Relay Output Assembly

    6.2.5 Relay Output Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Op Amp ICLOALNX07CP 24355 OP07CP Op Amp ICLOALNX07CP 24355 OP07CP Capacitors 100pF Dipped Mica CAPDM100X500 14655 CM05FD101J03 Not Used 2200pF Dipped Mica CAPDM2201500 14655 CM06FD222J03...
  • Page 66 Symbol Description Rotek P/N Mfg. Code Mfg. P/N ±0.5% Prec Wire Wound Ω RESPW20XX500 18235 Ω 10W 10% Power RESHPR5XXX10 24861 MZ10-.5 50W ±0.5% Power Ω RESHP1SPRX50 91637 SPR-417 50W ±0.5% Power Ω RESHPR1XXX50 91637 SPR-417 Ω 100K Metal Film...

  • Page 67: Annunciator Assembly

    6.2.6 Annunciator Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Capacitors 0.01µF @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V 0.22µf @100V Polycarbonate CAPPC2203100 90670 DP2B224K 0.47µf @100V Polycarbonate CAPPC4703100 90670 DP2B474K 0.01µf @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V 0.1µf @100V Polycarbonate...
  • Page 68 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Display Driver ICDDCDRV9374 27014 9374 Display Driver ICDDCDRV9374 27014 9374 Display Driver ICDDCDRV9374 27014 9374 Display Driver ICDDCDRV9374 27014 9374 IC10 Display Driver ICDDCDRV9374 27014 9374 IC11 Display Driver ICDDCDRV9374 27014 9374...

  • Page 69: Control Logic Assembly

    6.2.7 Control Logic Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Op Amp ICLOAAD741LN 24355 AD741LN Op Amp ICLOAAD741LN 24355 AD741LN Op Amp ICLOAAD741LN 24355 AD741LN Op Amp ICLOAAD741LN 24355 AD741LN Op Amp ICLCOMPLM311 27014 LM311N...
  • Page 70 Symbol Description Rotek P/N Mfg. Code Mfg. P/N 0.01µf @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V 0.1µf @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V 0.01µf @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V Not Used Not Used Not Used Not Used 47µf @6V Tantalum...
  • Page 71 Symbol Description Rotek P/N Mfg. Code Mfg. P/N IC26 Multiplexer ICDMPXRLS157 27014 74LS157N IC27 Multiplexer ICDMPXRLS157 27014 74LS157N IC28 Nand Gate ICDNANDXXS00 27014 74S00N IC29 Multivibrator ICDMULTLS123 27014 74LS123N IC30 Not Used IC31 Nand Gate ICDNANDXLS00 27014 74LS00N IC32 Nand Gate...
  • Page 72 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω 5.11K Metal Film RESMF5111XXX 16299 SMA-4 Ω 21.5K Metal Film RESMF2152XXX 16299 SMA-4 Ω 3.48K Metal Film RESMF3481XXX 16299 SMA-4 Ω 147K Metal Film RESMF1473XXX 16299 SMA-4 Ω 14.7K Metal Film...
  • Page 73 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω 5.11K Metal Film RESMF5111XXX 16299 SMA-4 Ω Metal Film RESMF1002XXX 16299 SMA-4 Ω 14.7K Metal Film RESMF1472XXX 16299 SMA-4 Not Used Not Used Ω R100 100K Variable RESVF1003X89 73138 89PR100K Ω...

  • Page 75: Cva Assembly

    6.2.8 CVA Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Op Amp ICLOAAD741JN 24355 AD741JN Op Amp ICLOAAD741JN 24355 AD741JN Op Amp ICLOALNX27GZ 24355 OP-27GZ Op Amp ICLOALNX27GZ 24355 OP-27GZ Op Amp ICLOALNX07CP 24355 OP-07CP Op Amp...
  • Page 76 Symbol Description Rotek P/N Mfg. Code Mfg. P/N 22pF Dipped Mica CAPDM22XX500 14655 CM15ED220J03 0.01µf @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V 0.01µf @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V 0.01µf @100V Ceramic Disc CAPCD1002100 32897 RPE122Z5U103M100V 0.1µF @50V Ceramic Disc CAPCD1003050...
  • Page 77 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Transistors Small Signal NPN TRASN3019XXX 27014 2N3019 Small Signal NPN TRASN3019XXX 27014 2N3019 Small Signal PNP TRASP4033XXX 27014 2N4033 Small Signal PNP TRASP4033XXX 27014 2N4033 Resistors Ω Prec Wire Wound RESPW1002050 18235 Ω...
  • Page 78 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Not Used Not Used Not Used Not Used Not Used Ω Prec Wire Wound RESPW5001050 18235 Ω Prec Wire Wound RESPW5002050 18235 Ω Prec Wire Wound RESPW4002050 18235 Not Used Not Used Not Used Ω...
  • Page 79 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω R106 80.6K Metal Film RESMF8062XXX 16299 SMA-4 Ω R107 100K Metal Film RESMF1003XXX 16299 SMA-4 Ω R108 215K Metal Film RESMF2153XXX 16299 SMA-4 Ω R109 511K Metal Film RESMF5113XXX 16299 SMA-4 Ω...
  • Page 80 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω R162 1 Meg Metal Film RESMF1004XXX 16299 SMA-4 Ω R163 51.1K Metal Film RESMF5112XXX 16299 SMA-4 Ω R164 6.81K Metal Film RESMF6811XXX 16299 SMA-4 Ω R165 Variable RESVF1002X89 73138 89PR10K Ω...

  • Page 81: Phase Control & Sense Assembly

    6.2.9 Phase Control & Sense Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Not Used Op Amp ICLOALNX27GZ 24355 OP-27GZ Op Amp ICLCOMPX02CP 24355 CMP02CP Op Amp ICLOALNX27GZ 24355 OP-27GZ Not Used Op Amp ICLOALNX07CP 24355...
  • Page 82 Symbol Description Rotek P/N Mfg. Code Mfg. P/N 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V 10pF Dipped Mica CAPDM10XX500 14655 CM05CD100J03 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V 0.1µF @50V Ceramic Disc CAPCD1003050...
  • Page 83 Symbol Description Rotek P/N Mfg. Code Mfg. P/N S-Barrier DIOCR2800XXX 28480 5082-2800 Signal DIOCRN914XXX 27014 1N914 Signal SIOCRN914XXX 27014 1N914 Signal DIOCRN914XXX 27014 1N914 CR10 Signal DIOCRN914XXX 27014 1N914 CR11 Signal DIOCRN914XXX 27014 1N914 CR12 Not Used CR13 S-Barrier DIOCR2800XXX...
  • Page 84 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω 3.3 Meg Carbon Film RESCF3304XXX 80031 5021GL3M300F Not Used Ω Metal Film RESMF1002XXX 16299 SMA-4 Ω Metal Film RESMF1002XXX 16299 SMA-4 Ω Metal Film RESMF1001XXX 16299 SMA-4 Ω Metal Film RESMF1001XXX...
  • Page 85 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω Metal Film RESMF1002XXX 16299 SMA-4 Not Used Ω Prec Wire Wound RESPW1002050 18235 Ω 14.7 Metal Film RESPW14R7XXX 16299 SMA-4 Ω 1 Meg Metal Film RESMF1004XXX 16299 SMA-4 Ω Variable RESVF5002X89...
  • Page 86 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω R133 Metal Film RESMF511XXXX 16299 SMA-4 Ω R134 Metal Film RESMF1002XXX 16299 SMA-4 Ω R135 Prec Wire Wound RESPW2001050 18235 Ω R136 Prec Wire Wound RESPW500X050 18235 Ω R137 Metal Film...
  • Page 87 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Special Circuits Not Used Not Used Not Used Switch Circuit 06678 S2B Special* Switch Circuit 06678 S2B Special* Not Used Not Used Switch Circuit 06678 Switch Circuit 06678 Switch Circuit 06678 Switch Circuit...

  • Page 89: Oscillator Assembly

    6.2.10 Oscillator Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Op Amp ICLOALNX07CP 24355 OP-07CP Op Amp ICLOALNX07CP 24355 OP-07CP Modulator ICLMODXX1496 04713 LM1496N Op Amp ICLOALNX07CP 24355 OP-07CP Modulator ICLMODXX1496 04713 LM1496N Not Used Op Amp...
  • Page 90 Symbol Description Rotek P/N Mfg. Code Mfg. P/N 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V Not Used 470pF Dipped Mica CAPDM470X500 16955 CM05FD471J03 1µf @50V Polycarbonate CAPPC1004050 90670 RA1A105 4µf @50V Polycarbonate CAPPC4004050 90670 RA1A405 4µf @50V Polycarbonate CAPPC4004050 90670 RA1A405 0.1µF @50V Ceramic Disc...
  • Page 91 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Digital Hex Inverter ICDINVXXXS04 02195 74S04 Switch CMOS ICLASSP201GP 24355 SW201GP Switch CMOS ICLASSP201GP 24355 SW201GP Switch CMOS ICLASSP201GP 24355 SW201GP Switch CMOS ICLASSP201GP 24355 SW201GP Resistors Ω Prec Wire Wound...
  • Page 92 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω 147K Metal Film RESMF1473XXX 16299 SMA-4 Ω Metal Film RESMF1002XXX 16299 SMA-4 Ω Metal Film RESMF1002XXX 16299 SMA-4 Ω 147K Metal Film RESMF1473XXX 16299 SMA-4 Ω Variable RESVF5002X89 73138 89PR50K Ω...
  • Page 93 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω R105 Prec Wire Wound RESPW4002050 18235 R106 Trim Ω R107 Prec Wire Wound RESPW4002050 18235 Ω R108 Metal Film RESMF511XXXX 16299 SMA-4 R109 Not Used R110 Not Used R111 Not Used...
  • Page 94 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω R162 6.81K Metal Film RESMF6811XXX 16299 SMA-4 Ω R163 3.48K Metal Film RESMF3481XXX 16299 SMA-4 R164 Not Used R165 Not Used R166 Not Used R167 Not Used Ω R168 5.11K Metal Film...

  • Page 95: Reference Assembly

    6.2.11 Reference Assembly Symbol Description Rotek P/N Mfg. Code Mfg. P/N Integrated Circuits, Linear Op Amp ICLOALNX07CP 24355 OP-07CP Op Amp ICLOALNX07CP 24355 OP-07CP Op Amp ICLOALNX07CP 24355 OP-07CP Op Amp ICLOAAD741LN 24355 AD741LN Op Amp ICLOALNX07CP 24355 OP-07CP Op Amp...
  • Page 96 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Not Used 4µf @50V Polycarbonate CAPPC4004050 90670 RA1A405 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V 0.1µF @50V Ceramic Disc CAPCD1003050 32897 RPE121Z5U104M050V Diodes Signal DIOCRN914XXX 27014 1N914 Zener 10V DIOVR0105347 04713 1N5347...
  • Page 97 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Trim Ω 215K Metal Film RESMF2153XXX 16299 SMA-4 Ω Variable RESVF5002X89 73138 89PR50K Ω 215K Metal Film RESMF2153XXX 16299 SMA-4 Ω 1 Meg Metal Film RESMF1004XXX 16299 SMA-4 Ω Prec Wire Wound...
  • Page 98 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω Prec Wire Wound RESPW2001050 18235 Ω Prec Wire Wound RESPW1001050 18235 Ω Prec Wire Wound RESPW1001050 18235 Ω Prec Wire Wound RESPW500X050 18235 Ω Prec Wire Wound RESPW500X050 18235 Ω Prec Wire Wound...
  • Page 99 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω R128 51.1 Metal Film RESMF51R1XXX 16299 SMA-4 Ω R129 Metal Film RESMF1001XXX 16299 SMA-4 Ω R130 51.1 Metal Film RESMF51R1XXX 16299 SMA-4 Ω R131 6.81K Metal Film RESMF6811XXX 16299 SMA-4 Ω...

  • Page 101: Μp/Ieee Interface

    6.2.12 µP/IEEE Interface Symbol Description Rotek P/N Mfg. Code Mfg. P/N Capacitors Not Used Not Used Not Used Not Used Not Used Not Used Not Used Not Used 22pF Dipped Mica CAPDM22XX500 14655 CM05ED220J03 22pF Dipped Mica CAPDM22XX500 14655 CM05ED220J03 4.7µf @35V Tantalum...
  • Page 102 Symbol Description Rotek P/N Mfg. Code Mfg. P/N IC24 Buffer ICDBUFFLS244 02195 74LS244N IC25 E Prom 32K ICDEPROM2732 MIT590 M5L2732K IC26 Microprocessor ICDMPUMC6803 04713 MC6803P IC27 Hex Schmit Trigger ICDTRIGXXX14 27014 7414 IC28 Not Used IC29 Not Used IC30 Quad Complimentary Output...
  • Page 103 Symbol Description Rotek P/N Mfg. Code Mfg. P/N Ω 4.7K SIP 6 Pin RESSI4701XX5 71450 750-61-R4.7K Switches Rocker 5PST SWIRKRDIPB05 81073 76SB05 Not Used Crystal 4.0 MHz XTAL4R0MHZXX PLE939 MP18-20-4.0M Not Used µP/IEEE Interface Assembly 08-125-000...

  • Page 105: Switch Circuits

    6.2.13 Switch Circuits Symbol Description Rotek P/N Mfg. Code Mfg. P/N "S2B" Parts List U-CR1 Diode Signal DIOCRN914XXX 27014 1N914 U-Q1 Trans Signal PNP TRASPSA55XXX 34371 MPSA55 U-Q2 Trans Signal NPN TRASNSA05XXX 34371 MPSA05 U-Q3 Trans Switch PNP TRASP2946XXX 07933 2N2946A Ω...

This manual is also suitable for:

800a811a800ae811ae

Table of Contents

Save PDF