ML18051A442

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Addl Resistive Isolation Devices for Rps/F&P Computer Interconnections
ML18051A442
Person / Time
Site: Palisades 
Issue date: 04/18/1983
From:
CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:
Shared Package
ML18051A441 List:
References
EA-83-SRO-005, EA-83-SRO-5, NUDOCS 8306060149
Download: ML18051A442 (28)
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  • company Engineering* Analysis Work Sheet..

Sheet _LL of ___:_;I \\i....-- Title Aoo1-r-icit\\.IA1 RBSlSDVE J.so1 &""t'O~\\ Dt;\\J1ce-.s. ~og,JBE C...0'0'\\Ql.J"'S"ER. '!:'t-J"S"e B-CO'l\\')W6r:s-1()1N.:S

Performed by Date References Technical RBJiilw by c5'1-1o,;ttl!O I

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Overpressure Effect 2000 psig overpressure will cause a zero shift of less than+/- 0.25% of Upper Range Limit for Range Codes 3 & 4 (Only Range 4 for AP); less than+/- 1.0% of Upper Range Limit for Range Code 5; less than +/- 3.0% of Upper Range Limit for Range Codes 6 & 7; less than +/- 6.0% of Upper Range Limit for Range Code 8; less than+/-.5% of Upper Range Limit for Range Code 9 up to 4500 psig (For GP only). Power Supply Effect Less than 0.005% of span per volt. Load Effect No load effect other thari the change in voltage supplied to the _transmitter. Mounting Position Effect Zero shift of up to 1 inch H20 which can be calibrated out No effect in plane of diaphragm. No span effect. Performance Specifications Model 1152DP and 1152HP ! Zero-based ranges, Reference Conditions) Accuracy including effects of llnearity, hystersis and repeatability Model.1152DP: +/- 0.2% of calibrated span for Range Codes 3, 4, 5; +/- 0.25% for Range Codes 6, 7, 8. Model 1152HP: *+/- 0.25% of calibrated span (all Range Codes)* - Dead Band Non~ Stability +/-0.25% of Upper Range Limit for 6 months. Temperature Effect at Maximum Span (e.g. 0-150 In. for0-25/150 in. H2 range) Zero Error: +/- 0.5% of span per 100° F. Total Effect including Span and Zero Errors: +/- 1.0% of span per 100° F. (Note: Double the specified effect for Range Code 3) Temperature Effect at Minimum Span (e.g. 0-25 In. for 0-25/150 in. H20 range) Zero Error: +/- 3.0% of span per 100° F. Total Effect including Span and Zero Errors: +/- 3.5% of span per 100° F. (Note: Double the specified effect of c... ---,...._.... _ '3\\ Overpressure Effect Model 1152DP: 2000 psi overpressure will cause a zero shift of less than ::!:: 0.25% of Upper Range Limit (Range Codes 3, 4); less than+/- 1.0% of Upper Range Limit (Range Code 5); less than +/- 3.0% of Upper Range Limit (Range Codes 6 and 7); less than +/- 6.0% of Upper Range Limit (Range Code 8). Model 1152HP: 4500 psi overpressure will cause a zero shift of less than +/- 1.0% of Upper Range Limit (Range Code 4); less than +/- 2.0% of Upper Range Limit (Range Code 5'; less than +/- 5.0% of Upper Range Limit (Range Codes 6, 7). Static Pressure Effect Model 1152DP Zero Error: +/- 0.25% of . Upper Range Limit per2000 psi (Range Codes 4, 5); +/- 0.5% of Upper Range Limit per 2000 psi (Range Codes 3, 6, 7, 8). Span Error: -1.0+/-0.25% of reading per 1000_psi (Range Codes 4, 5, 6, 7, 8); -1.5+/-0.25% of reading per 1000 psi (Range Code 3).

  • Model 1152HP Zero Error: +/- 2.0% of Upper Range Limit per 4500 psi (all*

Range Codes). Span Error: -1.0+/-0.25% of reading per 1000 psi (all Range Codes). Span error is systematic and can be calibrated out for a particular pressure before installation. Power Supply Effect Less than 0.005% per volt. Load Effect No load effect other than the change in voltage supplied to the transmitter. Mounting Position Effect Zero shift of up to 1 in. H20 which can be calibrated out. No span effect. No effect in plane of diaphragm. Physical Specifications All Models Materials of Construction Isolating Diaphragms and Crain/Vent Valves: 316SS Process Flanges: 316SS Non-wetted 0-Rlngs: Ethylene Propylene and Buna-N Fill Fluid: Silicone Oil Flange Bolts: Plated Alloy Steel. per ASTM A-540 Electronics Housing: Low-copper aluminum, epoxy polyester painted or austentic stainless steel. Electrical Connections: 1/2-14 NPT conduit. Test jack type screw terminals. Weight: 12 lbs. with aluminum housing; 16 lbs. with stainless steel housing, excluding options. Functional Specifications Model* 1152AP and 1152GP Ranges (3) 0-5/30 in. H20 (GP Units Only) (4) 0-25/150 in. H20; 0-2/11 in. HgA .(5') 0-125/750 in. H20; 0-10/55 in. HgA (6) 0-17/100 psig/psia (7) 0-50/300 psig/psia (8) 0-170/1000 psig/psia (9) 0-500/3000 psig (GP Units Only) Output 4-20 mADC Power Supply External power supply required, up to 45 VDC. Transmitter operates on 12 VDC with no load for E outputcode.15 VDC for A and D output codes. Span and Zero Continuously adjustable externally. Elevation and Suppression Output Codes A and D: Maximum zero elevation: down to 0.5 psia for compound ranges (for Model 1152GP). Maximum zero suppression: 100% of calibrated span. End points cannot exceed +/-100% of Upper Range Limit. Output Code E: Maximum zero elevation: 600% of calibrated span. Maximum zero suppression: 500% of calibrated span. Calibrated span cannot exceed +/-100% of Upper Range Limit. Temperature Limits -20 to 200° F Amplifier operating -20 to 220° F Sensing

  • Element operating.

-60 to 250° F Storage Overpressure Limits Operating within specifications from 0.5 psi a to 2000 psig (Range Codes 3, 4, 5; 6, 7, 8); 4500 psig (Range Code 9); without damage to transmitter. Humidity Limits 0-100% RH Turn-on Time 2 seconds. No warmup required. Camping Output Code A: Nominal fixed response times of 0.3 seconds (Range Code 3), 0.2 seconds (Range Code 4, 5), and 0.1 seconds (Range Codes 6, 7, ~ ~*

.. :.1 ~.SEh\\OU~\\ I'fJS"ra\\JG\\tOl\\j MlltNl.J f\\L it 4'.2.'65" ~ODSL ll6l AL"fH}L\\l\\JE:° Output Code D: 4-position variable time constant switch for nominal response times of 2.0 seconds, 1.0 seconds, 0.5 seconds, or as above. Output Code E: Time constant continuously adjustable between 0.2 and 1.67 seconds. Functional Specifications Model 1152DP and 1152HP Ranges (3) 0-5 to 0-30 in. H20 (DP Units Only) (4) 0-25 to 0-150 in. H20 (5) 0-125 to 0-750 in. H20 (6) 0-17 to 0-100 psi (7) 0-50 to 0-300 psi (8) 0-170 to 0-1000 psi (DP Units Only) Output 4-20 mADC Power Supply External power supply required, up to 45 voe. Transmitter operates on 12 voe with no load for E output codes; 15 VDC for A and D output codes. Span and Zero Continuously adjustable externally. Elevation and Suppression Output Codes A and D: Maximum zero elevation and suppression: 150% of calibrated span (Range Codes 3, 4, 5) or 50% of calibrated span (Range Codes 6, 7, 8). End points cannot exceed +/-100% of Upper Range Limit. Output Code E: Maximum zero elevation: 600% of calibrated span. Maximum zero suppression; 500% of calibrated span. Calibrated span cannot exceed +/-100% of Upper"Range Limit. Temperature Limits -20 to 200° F Amplifier operating. -20 to 220° F Sensing Element operating. -60 to 250° F Storage Static Pressure and Over Pressure Limits Model 1152DP: 0.5 psia to 2000 psig static pressure for operation within specifications. 2000 psig overpressure on either side without damage to the transmitter. Model 1152HP: 0.5 psia to 4500 psig static pressure for operation within specifications. 4500 psig overpressure on either side without damage to the transmitter. Humidity Limits

~~.1:.-.A.A---~t Volumetric Displacement Less than 0.01 cubic inches.

Turn-on Time 2 seconds. No warmup required. Damping Output.. Code A: Nominal fixed response times of 0.3 seconds (Range Code 3), 0.2 seconds (Range Codes 4, 5), and 0.1 seconds (Range Codes 6, 7, 8). Output Code D: 4-position variable time constant switch for nominal response times of 2.0 seconds, 1.0 seconds, 0.5 seconds or as above. Output Code E: Time constant continuously adjustable between 0.2 and 1.67 seconds. LOAD (OHMS) LOAD LIMITATIONS A & D OUTPUT CODES 4-20 mADC 1500., ~ . r OPERATING_ ~ REGION 1000 500 20 30 40 POWER SUPPLY (VDC) LOAD LIMITATIONS E OUTPUT CODE 4-20 mADC 12 20 30 40 POWER SUPPLY (VDC) ,,. ~" -..... _............ -~-.,._.... !A-S~~D-OC6 AT11\\-C~. i P~.:l or-2..

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2. 3. 3 AC Power Wiring a) It is recommended* that system power should be provided from an independent isolation transformer located as close to the system as practical. The transformer primary shield should be connected to the primary low side and the.secondary shield connected to the system ground.

b) A circuit breaker is connected between the isolation transformer and the system AC input connections. c) The isolation transformer must not supply power to any dev~ other than the system cabinet. Peripheral devices such as typewrite~ card punches, etc., must be connected to other power sources. '-'J d) The system requires 117voltsAC+/-l0%; 60Hz. ~ISC.\\;-\\~ ~9CQ..\\EQ fY'f\\1\\J\\.l/.\\L ~~6S 3~CO OA-\\'Pr S."l~ TS lit\\ .CPC,.ei\\lE:ND~l2.. Flt..t +/-t: tY'ii*r'~ Si-\\ 10~0 -:.r, C';) - 1-8

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  • H697 C.PC..o VEii.loco. HLe -it M~.:to\\ :s~ 70 1.0 Specifications 1.1 Model 9223-E Electrical Characteristics Input:

Output: Spec~fied on meter scale. For example: 10-50 Ma DC. Sigma 67R4 relay; 5 amperes at 120 VAC resistive; 2.5 amperes at 240 VAC resistive; 3 amperes at 28 VDC re-sistive. Consult factory for ratings for inductive loads. Life in excess of 200,000.operations at i;naxi-mum rating. Number of contacts: SPDT on standard units; DPDT on special order. Internal Resistance: Approximately 40 ohm for 1 MA span to approxi-mately 5 ohm for l00°Ma span. Power: 120 VAC +/- 10%, 60 Hz. at 6 VA

1. 2 Model 92-23-E Performance Characteristics 1.3 1.2.1 Vertical Mounted Indicator Accuracy:

~% of Full Scale at standard conditions Indicator Accuracy: 1% of Full Scale, 15-55°C Indicator Repeatability: ~% of Full Scale Set Point Accuracy: 2% of Full Scale. Set Point Repeatability: 1/3~ of Span Set Point Differential: ~% of Span typical

Response

1 sec. max., critically damped Operating Temperature: -10 to 60°C Max. Allowable Temperature: -10 to +60°C Photo Sensor Life: Greater than* 200,000 hours. Model 9223-E Phvsical Characteristics Mounting: Material: Flush Pane 1 Case - Steel, Green enamel finish Bezel - Cast aluminum Face - Glass 1

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er+-9 '3-SRO -005" A-UPtctt M El\\J I 8 P~ ic~2 SERIES 3000 ANALOG-TO-DIGITAL CONVERTER INTRODUCTION The F &P Series 3 000 Analog-to-Digital Converter (ADC) is designed to measure process input signals under adverse environmental conditions and electrical noise. Excellent noise* rejection is achieved by use of extremely high input impedance (both normal mode and common mode), and dual slope integration techniques. The high normal mode input impedance is obtained by the use of a FET (Field Effect Transistor) amplifier which exhibits more than 1 o9 ohms input impedance (refer to Specifications Section). To obtain the high common mode impedance, the entire measuring circuit is isolated from ground and guarded. By using an especially designed power transform-er having low stray interwinding capacity, the total input common mode equiv-alent impedance is represented by less than l 00 pfd. Control signals between the isolated measuring circuit and the digital logic is by way of small pulse transformers and relays, in order to maintain the low capacity rating. The measuring technique (dual slope integration) consists of applying the input signal to a highly accurate solid-state integrator, for a precise period of time. In the standard version, this period is chosen to be exactly one cycle of the power line frequency (50 or 60 cps) for 16-2/3 ms integration time. The average value contributed by AC pickup is therefore theoretically zero and for that reason does not affect the reading (a high-speed version of the ADC pro- . vides a 2 ms integration time). The dual slope portion of the circuitry then switches out the input signal and switches in a preCise reference voltage. The reference voltage causes the output of the integrator to ramp back to zero at a fixed rate. The time for the output to reach zero is proportional to the charge obtained from the input integration cycle. Thus, by using the same integrator and the same components to measure the input signal and the ref-erence sign_al, any long term drift or instability is cancelled out. The entire ADC consists of 4 printed circuit boards located in the Multi-plexer Cabinet. Power for the digital circuitry is derived from the system logic supplies and the floating circuitry is driven from 117 VAC, through the special power transformer. The Printed Circuit Boards are: 1.

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..1 Analog Board - Contains all of the measuring circuitry and<f:i.rnplifiers.

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f.' .i.... l8-l90 Page 4 3 Item Cl, C2, C4, C6 CJ C5 C7 R2 R3 R4, RS R7 Amplifiers Ma.'1ufactured Since August 1 66 (Part N-ll9-XY) 1---- 1 I I I I I I I Description Ca pac:itors, tantalum, 1.2 35 volts Capacitor, tubular, 0.033 I 00 volts Capacitor, tantalum, 325 6 volts Capacitor, electrolytic:, 10 +100"/., 25 volts µf +/-10"/., µf +/-20%, µf +/-10%, µf -10"/. Resistor, carbon, 150 ohms +/-5%, '/2 watt Resistor, carbon Resistors,

carbon, IOI(
!:::5%. '!2 watt Resistor, carbon, 10 ohms +/-5%, 'Ii watt Part No.

N-119-MB E-123-KY N-119-NN N0-148-AF N-110-LZ Selected E-102-CS N-110-CT OUTPUT +

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03 t I<;'( ~CR5 Item RS, R9 CRSI I R9 I >:-~ I 8 I POWER SUPPLY I 63-95 V D-C I LJ + I C7 I I IJ KEY: I 0 TERMINAL =STRIP CONNECTIONS 6_. TEST - PCINTS Description Part No. Resistors, carbon, 22K +/-IO"/., lfi watt K-109-BF CR I, CR2, Diodes, silicon, Type I N645 N-109-FF CR3, CR4, CR8 CRS Diode, Zener, Type IN1595A, 15 V N-120-FK CR6 Diode, silicon, Type IN645 (See Note) N-109-EZ QI

02. Q3 Tl (Diode CR6 added in October 1967)

Transistor, Type 2N656 {Oscillator) Transistors, Type SP4415 Transformer N-119-MA NOl48MB N-119-LZ or N-119-XE NOTE: With instruments listed for use in intrinsically safe loops {Type T instruments), Diode CR6 must be present across the feed-back force coil, and any replacement of transistors must be with the same types. / 3s..se ').. ).'1: .LL ~, .1 1j ,.,..~ I ."< i -I

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