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FMP-MCS-UFX Focus Metal-glaze Preset, Microslot, Upgraded Flexible uni


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FMP-MCS-UFX Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
Objective specification File under Components, BC03 1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
FEATURES Designed integration high voltage unit High temperature voltage stability Wide design freedom. Highest voltage into smallest package APPLICATIONS Line output transformers Diode split transformers. DESCRIPTION unit comprises network seven thick film resistance elements ceramic (Al203) substrate, synthetic case synthetic rotors with multi-wire contacts. resistance elements potentiometers. product must mounted into specially designed slot transformation-case high voltage unit. This provides complete seal when epoxy potting agent other insulation material used. clean easy method electrical connection with high voltage input made means conductive rubber contact, thereby avoiding need soldered joints (see Fig.4). Electrical connection with focus voltage output (b1) screen voltage output (b2) (see Figs achieved simply pressing single-core stripped wires into respective holes. recommended cable types Table stripping length recommended wires Figs Earth connection effected through printed-circuit board with print tag. QUICK REFERENCE DATA PARAMETER Resistance Tolerance total resistance) Maximum dissipation Tamb note Maximum application voltage; note Setting ability (IEC 60393/6.34): focus screen Temperature characteristic resistance Voltage coefficient resistance max, Inflammability materials: self-extinguishing accordance with Climatic category Note
FMP-MCS-UFX
CCB934
VALUE ±15% 1.44 max. max. 10-6/K 10-6/V
UL-94-V0 25/070/21
Pmax according basic design rule
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
DESIGN VARIATIONS micro-slot focus units custom designed. Variations suit customer requirements possible following: Total resistance Focus screen voltage ranges Location method (conductive rubber metal pin) high voltage connection Location method (wire internal connection) earth connection Halogen free materials Version with capacitor (C). applications unfavourable environmental conditions internal shields incorporated, thereby giving improved protection against humidity environmental contamination. Salt spray pressure cooker tests met. APPROVAL product designed approval major approval institutes, after integration high voltage unit. materials used UL-VO listed.
optional.
FMP-MCS-UFX
focus input
earth
Vfoc
MGA408
Vscreen
Fig.1 Circuit diagram.
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
MECHANICAL DATA
FMP-MCS-UFX
+0.05
handbook, columns
R0.1 ±0.1
R0.2 ±0.1
38.8 36.86 ±0.2 ±0.2
±0.1 2.25 ±0.05
±0.2 24.7 ±0.2 28.9 ±0.2
CCB904
Dimensions
Fig.2 Slot dimensions.
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
FMP-MCS-UFX
14.75 ±0.3 8.35
5.35
+0.3
22.54 15.04 12.84 17.5
6.55 ±0.2 1.82 1.82 product marking cavity number
handbook, full pagewidth
24.5 ±0.2 cavity number
38.4 33.11 25.81
REEN
13.8
Dimensions Shaft type (Figs 14.75 ±0.3 Shaft type (Figs 11): 8.05 ±0.3
7.31 ±0.5 ±0.5 4.75 ±0.35
14.2 26.4 28.4 Slot definition 1.65
CCB905
Fig.3 Outline details (bottom, front views).
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
Connection details
FMP-MCS-UFX
handbook, columns
max.
Slot. Dimensions
CCB906
Fig.4 High voltage connection (a).
handbook, columns
4.05 max.
(19.9)
CCB907
Stripping length. Dimensions
Fig.5 Screen connection (b2).
2.95
2.65 max.
handbook, columns
(5.5) Stripping length. Dimensions
CCB908
Fig.6 Focus connection (b1).
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
Table Recommended connecting wire MANUFACTURER Taisho (Japan) Sumitomo (Japan) Screen (b2) Belden (The Netherlands) Taisho (Japan) Sumitomo (Japan) Tatung (Japan) PEWC (Taiwan) Table Recommended rubber boot MANUFACTURER Ryong (South Korea) STYLE TYPE silicon black 7020U Ref. E98818 STYLE TYPE E35688 3239 (DC) AWG20 VW-1 UL3239 3239 (DC) AWG20 VW-1 UL1032 VW-1 AWG20 PVC20 E35688 1032 (DC) AWG20 (1/0.83) UL-style 3476 E41105 (DC) UL1032 E54979 (DC) AWG20 UL1032 E41396 (DC) AWG20
FMP-MCS-UFX
CONNECTION Focus (b1)
INSULATION MAX. (mm)
CATALOGUE NUMBERS 0722 00014
0722 00015
2.65
0722 00342 0722 00547
2.51 2.65 2.65
0722 00357 0738 00039 0738 00122
CONNECTION Focus (b1)
INSIDE (mm)
CATALOGUE NUMBER 4322 86622
handbook, full pagewidth
,,,,,, ,,,,,, ,,,,,, ,,,,,,
0.25
MLB700
Dimensions
Fig.7 Rubber boot (4322 86622).
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
Shaft style details
FMP-MCS-UFX
R2.5 ±0.2
handbook, halfpage
9.95 ±0.3 ±0.2 ±0.1
±0.2
handbook, halfpage
9.95 ±0.3 ±0.2 ±0.1 ±0.2 ±0.1
-0.2
±0.2 ±0.1
-0.2
CCB909
±0.2 ±0.2 ±0.2
±0.2 ±0.2 ±0.2
CCB910
Dimensions
Dimensions
Fig.8 Shaft style focus: Type
Fig.9 Shaft style screen: Type
3.25 2.25 1.95
handbook, halfpage handbook, halfpage
1.05
3.25 2.25 1.95
handbook, halfpage
1.05
R2.5
CCB911
CCB912
Dimensions
Dimensions
Fig.10 Shaft style focus: Type
Fig.11 Shaft style screen: Type
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
Table Mechanical data PARAMETER Angle rotation: focus screen Starting torque Operating torque Operating torque ratio Permissible stop torque (adjustment tool) Permissible stop torque (manual) Permissible push force shaft Permissible pull force shaft Mechanical life; focus/screen Weight Insertion force wire Extraction force wire Note Only products with long shafts; Figs MIN. TYP.
FMP-MCS-UFX
MAX. 50(1)
UNIT cycles
1999
1999
Components
PRODUCT OVERVIEW
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
Overview available resistive elements Table REF. CODE 74000 51310 52090 54170 53630 52120 53400 Reference codes resistive elements electrical parameters Vfoc Vac) RANGE 40.0 75.0 53.8 77.0 53.85 95.45 60.0 84.0 60.0 99.5 65.0 98.6 68.0 96.5 MIN. 37.0 ±3.0 50.9 ±2.9 50.425 ±3.425 57.0 ±3.0 57.5 ±2.5 60.0 ±5.0 65.0 ±3.0 MAX. 77.5 ±2.5 80.0 ±3.0 96.725 ±1.275 86.0 ±2.0 99.75 ±0.25 99.0 ±0.4 97.3 ±0.8 RANGE 10.5 14.0 13.5 10.5 Vscreen Vac) MIN. ±0.4 ±1.9 0.25 ±0.25 0.25 ±0.25 0.25 ±0.25 1.75 ±0.75 ±0.4 MAX. 12.0 ±1.5 ±1.5 10.6 ±1.5 10.8 ±1.5 16.5 ±2.5 16.25 ±2.75 12.75 ±2.25 TOTAL ±15% ±15% ±15% ±15% ±15% ±15% ±15% FOCUS WIPER ±30% ±30% ±20% ±30% ±20% ±30% ±30% Vac(max) (kV) 11.4 13.0 11.0 12.8 12.0 11.0 11.4 Pmax 1.21 1.10 1.14 1.44 1.27 1.14 1.21
FMP-MCS-UFX
Objective specification
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
SAFETY REQUIREMENTS general area around focus unit should free from conductive parts with sharp edges. Penetration with earthed parts these areas should avoided. Full details these areas contained factory specification related each catalogue type. potentiometer parts carrying high voltage should free from metal particles, solder drops, etc. RELIABILITY
FMP-MCS-UFX
Maximum cumulative percentage failures after hours (excluding hours rejects). Percentage rate failures FAILURES (300) (10000) (30000) PERCENTAGE 0.03% 0.25% 5.0%
LIST MATERIALS NAME PART Case Bottom Shafts Contact plug internal Contact plug external Vacuum grease Glue PRODUCT MARKING unit marked with date code: Year manufacture Week manufacture (WW) manufacture Operator code (XX) last five digits catalogue number. Marking example YWWDXX90001 LINE MARKING EXPLANATION SYMBOL DESCRIPTION year mark e.g. 1999 week mark e.g. mark e.g. Wednesday operator code e.g. MATERIAL Halogen free Halogen free silicone rubber silicone rubber silicone grease silicone rubber TYPE Spesin Black CQN7015BY Black Noryl PX9406N Spesin Black CQN7015BY Black 1764 9312 TKHV-1 744RTV MANUFACTURER Kolon Industries Teijin General Electric Kolon Industries Teijin Philips Philips Jet-Lube Corning FLAME CLASS UL-94-VO UL-94-VO UL-94-VO UL-94-VO UL-94-VO UL-94-VO UL-94-HB FILE NUMBER E88499 E45329 E88499 E45111 E45111
POSITION SHAFTS DELIVERY angle shafts preset Focus: Full counter clockwise (FCCW) Screen: Full counter clockwise (FCCW).
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
PACKAGING
FMP-MCS-UFX
Packed units polystyrene packaging shells, stacked bottom plate covered. complete package, forming stack, bound tightly together with polypropylene taping straps. ORDERING Order quoting 12-digit catalogue number potentiometer units quantity required. standard minimum ordering quantity (MOQ) stacks forming palletized unit. minimum multiple ordering quantities must agreed with logistics. LABELLING label example line marking explanation shown Fig.12.
handbook, full pagewidth
LINE MARKING EXPLANATION Country origin Product family resistance values Product description Customer information Preference origin code: Country origin code: (Belgium) Responsible production centre: Product type description Quantity production period, year week code Catalogue number (12NC)
CCB935
Fig.12 Barcode label.
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
TEST REQUIREMENTS these tables tests either Destructive Non-destructive. TEST CONDITIONS TEST Sub-group B1-a SOLDERABILITY Solder iron method accordance with "IEC 60068-2-20", Test method Temperature: Solder code number: 2622 17135 dimensions: Solder: 60/40 tin/lead Type: Ersin multicore Diameter with flux Time: ±0.5 Solder bath method accordance with "IEC 68-2-20", Test method Temperature: Immersion time: ±0.5 Subgroup B1-b visual examination element resistance output voltage drift output voltage drift corona detection flashover detection breakdown detection visual examination PROCEDURE
FMP-MCS-UFX
PERFORMANCE
wetting: >95%
visual examination
wetting: >95%
Focus spark firing simulation accordance with "HQV-22/003" hPa; max; Position shafts: maximum control voltage Corona accordance with "PRV-53-8-52/43" max; standard atmosphere Breakdown voltage under pressure accordance with "IEC 68-2-13", Test max; minutes; hPa; Sub-group Mechanical travel Starting torque Sub-group Output ratio range Continuity accordance with "PRV-53-8-52/44" Settability Robustness terminations accordance with "IEC 60068-2-21", Test method 1999
visible damage corona flashover breakdown
focus screen focus screen Vb1c min/Vac; Vb1c max/Vac; Vb2c min/Vac; Vb2c max/Vac
mNm; ratio mNm; ratio Table voltage peaks less than output ranges
focus screen visual examination
visible damage
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
TEST CONDITIONS TEST Sub-group visual examination element resistance output voltage drift output voltage drift starting torque Sub-group Damp heat, cyclic accordance with "IEC 60068-2-30", Test Upper temperature: Number cycles: cycle hour hours off) Shafts: position Sub-group visual examination element resistance change output ratios continuity Sub-group stop torque: Adjustment tool: Manual: Duration: Axial thrust shaft: Thrust: Radial thrust shaft: Thrust: note Sub-group D4-a element resistance output voltage drift 0.2% visual examination visual examination element resistance output voltage drift output voltage drift PROCEDURE
FMP-MCS-UFX
PERFORMANCE
Electrical endurance Temperature: Duration: 1000 hours Cyclic load (1.5 hours hours off) Shafts: position
visual damage specified
visible damage specified
Mechanical endurance room temperature: Number cycles operation: Rate: cycles minute
visible damage 3.5% voltage peaks less than output ranges
visible damage, deformation
continuity visual examination
smooth, undirectional visible damage
Resistance soldering heat accordance with "IEC 60068-2-20", Test method Solder iron method Temperature: Solder code number: 2622 17135 dimensions: Solder: 60/40 tin/lead Type: Ersin multicore Diameter with flux Time: Position shafts: minimum control voltage
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
TEST CONDITIONS TEST Sub-group D4-b visual examination element resistance output voltage drift output voltage drift operating torque PROCEDURE
FMP-MCS-UFX
PERFORMANCE
Change temperature accordance with "IEC 60068-2-14", Test +100 Number cycles: Exposure duration: minutes Position shafts: minimum control voltage Sub-group D4-c
visual damage
Vibration accordance with "IEC 60068-2-6", Test Procedure Frequency range: Amplitude: 0.75 m/s2 Sweep endurance: total duration hours Shafts position Sub-group D4-d
visual examination output voltage drift output voltage drift operating torque
visible damage
Shock accordance with "IEC 60068-2-27", Test Pulse duration: Acceleration: m/s2 Number shocks: each directions Shafts position Sub-group D4-e
visual examination output voltage drift output voltage drift operating torque
visible damage
heat accordance with "IEC 60068-2-2", Test Temperature: +100 Duration: hours Position shafts: minimum control voltage Sub-group D4-f
element resistance output voltage drift output voltage drift operating torque
Cold accordance with "IEC 60068-2-1", Test Temperature: Duration: hours Position shafts: minimum control voltage Sub-group Temperature characteristic resistance: +100
element resistance output voltage drift output voltage drift operating torque
10-6/K 10-6/V accordance with specification
Voltage coefficient resistance accordance with "HQV-14/001" max; =Vac Dimensions (detail)
1999
Components
Objective specification
Focus Metal-glaze Preset, Microslot, Upgraded Flexible units,
TEST CONDITIONS TEST Sub-group ADD1 flashover detection breakdown detection PROCEDURE
FMP-MCS-UFX
PERFORMANCE
Safety test accordance with "HQV-22/002" during seconds Test cover: defined Sub-group ADD2 Wire forces Sub-group ADD3 Shaft impact test accordance with "PRV-53-8-52/48" Note
flashover breakdown
push-in force pull-out force
interruption instability
Only products with long shafts; Figs
1999

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