Output Voltage (Vfan) C onvec tion-c ooled (6,7) F orc ed-c ooled (8) & C urrent

Transcription

1 5/ 8/ 25/ 35 W atts Convection/ Forced cooled Ratings Universal VC Input IT & Medical Safety pprovals (Class I & II) <.5 W Standby Power (5 & 8 Models) 4 C to +7 C O peration Remote O n/ O ff Class B Emissions 3 Year W arranty The GC S S eries has been designed to minimise the no load power consumption and maximise efficiency in order to facilitate equipment design to the latest environmental legislation. pproved for C lass I and C lass II applications, this range of single output C -DC power supplies are packaged in an industry standard 3." x 5." x.42" package and achieves EN55/22 Level B emissions compliance whilst maintaining very low earth leakage currents, making them suitable for a wide range of U and other industrial, IT and medical applications. Dimensions: GCS5/ GCS8/ GCS25/ GCS35: 5. x 3. x.42 (27. x 76.2 x 36.3 mm) ( C): 5.5 x 3.48 x.7 (39.7 x 88.5 x 43.2 mm) ( TF): 5.5 x 3.48 x 2.2 (39.7 x 88.5 x 57.8 mm) ( EF): 6.35 x 3.48 x.7 (6.3 x 88.5 x 43.2 mm) (35 EF): 6. x 3.5 x.75 (52.4 x 88.9 x 44.4 mm) The series has single output versions from 2 V to 56 VDC, dual-fusing for compliance with IEC 66- and feature minimal excess heat generation as efficiencies reach 94%. They will deliver up to 35 W of power over an operating range of -4 C and up to +7 C and are available with a number of cover options. Models & Ratings Output Voltage V Output C urrent V Output Voltage (Vfan) C onvec tion-c ooled (6,7) F orc ed-c ooled (8) & C urrent Max Output P ower Model Number (,2,3,4,5) 2. VDC VDC /.6 57 W G C S 5P S 2 5. VDC VDC /.6 57 W G C S 5P S VDC VDC /.6 57 W G C S 5P S VDC VDC /.6 57 W G C S 5P S VDC VDC /.6 57 W G C S 5P S VDC VDC /.6 87 W G C S 8P S 2 5. VDC VDC /.6 87 W G C S 8P S VDC VDC /.6 87 W G C S 8P S VDC VDC /.6 87 W G C S 8P S VDC VDC /.6 87 W G C S 8P S VDC VDC / W G C S 25P S 2 5. VDC VDC / W G C S 25P S VDC VDC / W G C S 25P S VDC VDC / W G C S 25P S VDC VDC / W G C S 25P S VDC VDC / W G C S 25P S VDC VDC /.6 35 W G C S 35P S 2 (9) 5. VDC VDC /.6 35 W G C S 35P S 5 (9) 24. VDC VDC /.6 35 W G C S 35P S 24 () 28. VDC VDC /.6 35 W G C S 35P S 28 () 48. VDC VDC /.6 35 W G C S 35P S 48 () 56. VDC VDC /.6 35 W G C S 35P S 56 () N o te s. dd suffix -C for convection-cooled cover, e.g. G C S 5P S 2-C. 2. Cover kits available. Order part no.: GCS 5/8 CVR KIT 3. dd suffix -E F for fan-cooled cover with end fan e.g. G C S 5P S 2-E F, add suffix -TF for fan-cooled cover with top fan, e.g. G C S 5P S 2-TF. Note: Vfan output no longer available. 4. dd suffix -R for remote on/off, e.g. G C S 5P S 2-R, G C S 5P S 2-R C with convection cover or GCS 5PS 2-R EF/GCS 5PS 2-RTF with fan covers, (remote on/off is standard on GCS 35 models). 5. GCS 25PS 2-C & GCS 25PS 5-C models derate 2% when convection cooled. 6. GCS35 convection rating quoted at 4 C, others at 5 C, see thermal derating curve. 7. GCS 35-C models derate 5% when convection-cooled at 4 C C FM required to meet stated current for GC S 5/8/25 and 5 C FM for GC S dd suffix -J for optional dual row molex connector. S ee G C S 35 model mechanics for details.. dd suffix -S for optional screw terminals. See GCS 35 mechanics for details.

2 Input C harac teris tic Minimum Typic al Maximum Units Notes & C onditions Input Voltage - Operating 85 5/ VC Derate output power <9 VC. S ee fig. Input Frequency 47 5/6 63 Hz Power Factor >.9 23 VC, % load.5/.7 G C S 5: 5/23 VC.8/.8 G C S 8: 5/23 VC Input Current - Full Load 2.2/. G C S V models: 5/23 VC 2.4/.2 G C S V models: 5/23 VC 3.6/.8 GCS 35: 5/23 VC Inrush C urrent 8 23 VC cold start 25 C.5 ll G C S 5 & G C S 8 (including -R Models) 2.3 GCS 5 & GCS 8 -R Models with inhibit activated 5 ll GCS 25 (including -R Models) 5V C No Load Input Power 3 W ll GCS 25 (including -R Models) 23V C GCS 25 -R Models with inhibit activated 5V C 3 GCS 25 -R Models with inhibit activated 23V C 4 GCS 35: 5/23 VC 6/2 2 G C S 5: 5/23 VC /5 Hz Typ., 264 VC /6 Hz Max. Earth Leakage Current 95/85 25 GCS 8: 5/23 VC /5 Hz Typ., 264 VC /6 Hz Max. µ 95/85 25 GCS 25: 5/23 VC /5 Hz Typ., 264 VC /6 Hz Max. 95/85 25 GCS 35: 5/23 VC /5 Hz Typ., 264 VC /6 Hz Max. Input Protection GCS 5/8: F3.5 /25 V internal fuse in both lines. GCS 25/35: F5. /25 V internal fuse in both lines. In p u t V o lt a g e D e r a t in g C u r v e Figure 8 GCS8PSxx forced-cooled Forced-cooled (24 V / 28 V / 48 V) G CS8PSxx convection-cooled GCS5PSxx forced-cooled 22 2 Forced-cooled (2 V / 5 V) Output Power (W) 3 2 GCS5PSxx convection-cooled Output Power (W) Convection-cooled (ll models) Input Voltage (VC) G C S 5 & G C S Input Voltage (VC) G C S Forced-cooled Output Power (W) Convection-cooled (at 4 C) Convection-cooled (at 5 C) Input Voltage (VC) G C S 35 2

3 Output C harac teris tic Minimum Typic al Maximum Units Notes & C onditions Output Voltage - V 2 56 VDC S ee Models and R atings table Initial S et ccuracy ± (V) & ±5 (Vfan) % 5% load, 5/23 VC Output Voltage djustment -V ±2 % Via potentiometer. S ee mech. details, Vfan will track Minimum Load S tart Up Delay.5 s 5/23 VC full load 2 GCS 5 Models 6/8 G C S 8 Models Hold Up Time 25 ms GCS 25PS 2 (225W) 7 GCS 25 Other Models (25W) 7 GCS 35 Drift ±.2 % fter 2 min warm up Line R egulation ±.5 % VC Load R egulation ±.5 (V), ±5 (Vfan) % -% load Transient R esponse - V 4 % R ecovery within % in less than 5 µs for a 5-75% and 75-5% load step Over/Undershoot - V % R ipple & Noise - V % pk-pk 2 MHz bandwidth, 2V Models.5% max Overvoltage Protection - V 4 % Vnom DC. Output, recycle input to reset Overload Protection - V 5 % I nom S ee fig. 2. Trip and R estart S hort Circuit Protection - V Temperature C oefficient.5 % / C Overtemperature Protection C Continuous t measurement point. Present on GCS 35 only. Measurement internally, auto resetting. O u t p u t O v e r lo a d C h a r a c t e r is t ic Figure 2 G C S 8P S 2 example (other s imilar). 2 Output Voltage (V) Trip & Restart Output Load () 3

4 General C harac teris tic Minimum Typic al Maximum Units Notes & C onditions E fficiency Isolation: Input to Output Input to Ground Output to Ground S witching Frequency Power Density 93 % 23 VC Full load (see fig.3-5 ) 8 P lus S ilver ll models except 2 V models 8 P lus B ronze 2 V models 4 VC 5 VC 5 VC 6 2 P FC C onverter khz 9 5 Main Converter 7.4 GCS GCS 8 2. W/in 3 GCS GCS 35 Mean Time B etween Failure 569 khrs MIL-HDB K -27F, Notice C GB Weight: Open Frame E nd Fan Unit Top Fan Unit Covered Unit.65 (.29) lb (kg).3 (.59) lb (kg).5 (.52) lb (kg).5 (.48) lb (kg) E f f ic ie n c y V s L o a d Figure 3 2 V Models.% 9.% 8.% 7.% Efficiency (%) 6.% 5.% 4.% 3.% 2.%.% 5V 23V.% 2% 25% 5% 67% 75% % Load % Figure 4 24 V Models.% 9.% 8.% Efficiency (%) 7.% 6.% 5.% 4.% 3.% 5V 23V 2.%.%.% 2% 25% 5% 67% 75% % Load % Figure 5 48 V Models.% 9.% 8.% 7.% Efficiency (%) 6.% 5.% 4.% 3.% 5V 23V 2.%.%.% 2% 25% 5% 67% 75% % Load % 4

5 Signals & Controls C harac teris tic R emote S ense R emote On/Off (-R models) (S tandard on G C S 35 models) Inhibit E nable Notes & C onditions C ompensates for.5 V total voltage drop The inhibit lo (pin 4), should be pulled below.4 V to switch V & Vfan off. Open circuit or >4 V to switch on (see fig. 6) With the inhibit lo (pin 4) pulled low as detailed above, connecting inhibit hi (pin 5) to inhibit lo (pin 4) will enable V & V fan output. (see fig. 7) R e m o t e O n /O f f ( In h ib it ) Figure 6 R e m o t e O n /O f f ( E n a b le ) Figure 7 P OWER SUPPLY Inhibit Hi 5 P OWER SUPPLY Inhibit Lo 4 Inhibit Lo 4 V V S ignals Connector Signals Connector Environmental C harac teris tic Minimum Typic al Maximum Units Notes & C onditions Operating Temperature C S ee derating curve, fig. 8 S torage Temperature C Forced C ooled > W G C S 5 C ooling 7 Forced C ooled >5 W G C S 8 C FM Forced C ooled >8 W G C S 25 5 GCS 35 Humidity 5 95 % R H Non-condensing Operating ltitude 5 m S hock Vibration ±3 x 3g shocks in each plane, total 8 shocks. 3g = ms (+/-.5msec), half sine. Conforms to EN & E N S ingle axis - 5 Hz at 2g sweep and endurance at resonance in all 3 planes. Conforms to EN T h e r m a l D e r a t in g C u r v e Figure 8 - G C S 5, 8, 25 F igure 9 - G C S 35 Output Load (% ) 5 Some specification parameters may not be met mbient Temperature (ºC) Output Load (% ) Some specification parameters may not be met Forced C ooled C onvection C ooled

6 EMC: Emissions Phenomenon S tandard Test Level Criteria Notes & Conditions Conducted EN55/32 Class B R adiated EN55/32 Class B GCS 5 Class GCS 8/GCS 25/GCS 35 Class B G C S 8 & G C S 25 with 3 turns of output cable through added ferrite core. (Manufacturer: Fair - R ite Products C orp, Part No: ) Harmonic Fluctuations EN6-3-3 EMC: Immunity Phenomenon S tandard Test Level Criteria Notes & Conditions Low Voltage PS U EMC EN624-3 High severity level as below Class Harmonic C urrent E N6-3-2 Class C R adiated EN E FT E N S urges EN6-4-5 Installation class 3 ll models > 5 W G C S 5 > 5 W G C S 8 > 8 W G C S 25 >25 W G C S 35 C onducted E N Dips and Interruptions E N5524 ( VC ) E N5524 (24 VC ) E N66--2 ( VC ) E N66--2 (24 VC ) Dip >95% ( VC ), 8.3ms Dip 3% (7 VC ), 46ms Dip >95% ( VC ), 46ms Dip >95% ( VC ),.ms Dip 3% (68 VC ), 5ms Dip >95% ( VC ), 5ms Dip >95% ( VC ),.ms Dip 6% (4 VC ), ms Dip 3% (7 VC ), 5ms Dip >95% ( VC ), 5ms Dip >95% ( VC ),.ms Dip 6% (96 VC ), ms Dip 3% (68 VC ), 5ms Dip >95% ( VC ), 5ms B B B B B B Derate Output Power to 85 W (G C S 5) Derate Output Power to 9 W (G C S 8) Derate Output Power to 2 W (G C S 25) Derate Output Power to 5 W (G C S 35) Safety pprovals S afety gency S afety S tandard Notes & Conditions C B R eport IEC695-:25 Ed 2 Information Technology IEC66- Ed 3 Including R isk Management Medical UL UL695- (27), C S 22.2 No.695--:8 Information Technology NS I/MI ES 66-:25 & CS C22.2, No.66-:8 Medical TUV E N695-:26 Information Technology E N66-/2:26 Medical C E LVD & R ohs Equipment Protection Class Class I & Class II S ee safety agency conditions of acceptibility for details Primary to S econdary Primary to Earth S econdary to Earth Means of Protection 2 x MOP P (Means of Patient Protection) x MOPP (Means of Patient Protection) x MOPP (Means of Patient Protection) Category IEC66- Ed 3 6

7 Mechanical Details G C S 5 5. (27.) Note: Mounting points should be connected together for optimum EMI performance.225 (5.72) 4.55 (5.57).2 (5.).43 (36.3) Q3 T C 45 IRFLOW 3. (76.2) 2.5 (54.6) 2.55 (64.77) L3 C6 Q C 23 C 28.6 (5.6).8 (29.8) 2.4 (6.).225 (5.72).2 (5.).25 Faston Ground Tab 4 x.56 (3.96) mounting holes ø.32 (7.92) clearance top and bottom.4 (3.5).8 (4.6).5 (3.8) SMD Component Height G C S 8 5. (27.) Note: Mounting points should be connected together for optimum EMI performance.225 (5.72) 4.55 (5.57).2 (5.).43 (36.3) Q3 T C 45 IRFLOW 3. (76.2) 2.5 (54.6) 2.55 (64.77) L3 C6 Q C 23 C 28.6 (5.6).8 (29.8) 2.4 (6.).225 (5.72).2 (5.).25 Faston Ground Tab 4 x.56 (3.96) mounting holes ø.32 (7.92) clearance top and bottom.4 (3.5).8 (4.6).5 (3.8) SMD Component Height N o te s Input Connector J Molex pn Line 2 Neutral. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. Weight:.65 lbs (.29 kg) Output Connector J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan - 4. J mates with Molex Housing P n J 2 mates with Molex Housing Pn and both with Molex series 594 crimp terminals. J 4 mates with J S T Housing P n. P HDR -VS and with J S T S PHD-T-P.5 crimp terminals. J 3 mates with Molex Housing Pn and with Molex series 582 crimp terminals. S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C 7

8 Mechanical Details G C S V m o d e ls 5. (27.) Note: Mounting points should be connected together for optimum EMI performance.225 (5.72) 4.55 (5.57).2 (5.).43 (36.3) Q3 T C 45 IRFLOW 3. (76.2) 2.5 (54.6) 2.55 (64.77) L3 C 6 Q C 23 C 28.6 (5.6).8 (29.8) 2.4 (6.).225 (5.72).2 (5.).25 Faston Ground Tab 4 x.56 (3.96) mounting holes ø.32 (7.92) clearance top and bottom.4 (3.5).8 (4.6).5 (3.8) SMD Component Height G C S 2 5 O t h e r m o d e ls 5. (27.) Note: Mounting points should be connected together for optimum EMI performance.225 (5.72) 4.55 (5.57).2 (5.).43 (36.3) Q3 T C 45 IRFLOW 3. (76.2) 2.5 (54.6) 2.55 (64.77) L3 C 6 Q C 23 C 28.6 (5.6).8 (29.8) 2.4 (6.).225 (5.72).2 (5.).25 Faston Ground Tab 4 x.56 (3.96) mounting holes ø.32 (7.92) clearance top and bottom.4 (3.5).8 (4.6).5 (3.8) SMD Component Height Input Connector J Molex pn Line 2 Neutral N o t e s. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. Weight:.65 lbs (.29 kg) 4. J mates with Molex Housing P n J 2 mates with Molex Housing Pn and both with Molex series 594 crimp Output Connector J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan - terminals. J 4 mates with J S T Housing P n. P HDR -VS and with J S T S P HD- T-P.5 crimp terminals. J 3 mates with Molex Housing Pn and with Molex series 582 crimp terminals. S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C 8

9 Mechanical Details G C S 3 5 m o d e l.2 (5.72) 5. (27.) 4.55 (5.57) Q3 Note: Mounting points should be connected together for optimum EMI performance.49 (37.8).4 (.2) 3. (76.2).84 (46.7).22 (5.72) 2.55 (64.77).2 (5.) J 2 4 x ø.56 (3.96) mounting hole ø.32 (7.92) clearance top and bottom C 6 C6 L3 (beneath heatsink).25 faston ground tab 2 Q J2.2 (5.) J3 2.4 (6.) J4 C J 3 J4.6 (5.6).8 (4.6).8 (29.8).5 (2.6).7 (44.8) J2 J3 3 5 J (7.4).6 (4.6).5 (3.8) S MD C omponent height + - M3 S crew M3 screw terminal bus bar S tandard on 2/5 V models Optional on all other models, add suffix -S e.g. GCS35PS24-S 6 Position single row S tandard on 24/28/48/56 V models 2 Position dual row Optional on 2/5 V models, add suffix -J e.g. GCS35PS2-J Input Connector J Molex pn Line 2 Neutral N o t e s Output C onnec tor 6 pos ition J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. Weight:.65 lbs (.29 kg) Output C onnec tor 2 pos ition J 2 Molex pn R TN 4-6 +V 7-9 R TN -2 +V F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan - 4. J mates with Molex Housing P n position single row J 2 mates with Molex Housing Pn and both with Molex series 594 crimp terminals. 2 position dual row J 2 mates with Molex Housing Pn and with Molex series 5556 crimp terminals. J 3 mates with Molex Housing Pn and with Molex series 582 crimp terminals. J 4 mates with J S T Housing P n. P HDR -VS and with J S T S P HD-T-P.5 crimp terminals. S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C 9

10 2 6 Mechanical Details C o v e r e d ( C ).39 (.).93 (23.7) 4.72 (2.) 4 x M3 x.5 THD.6 (4.) max screw penetration 5.5 ±.5 (39.7, ±.27) J J2 3.48, ±.5 (88.5, ±.27) 2.39 (6.7) (67.).85 (2.6) J3 J4.25 Faston G round Tab.45 (.4).43 (.8).45 (.4).7 (43.2) 4 x M3 x.5 THD.6 (4.) max screw penetration.96 (5.).39 (.) 4.72 (2.).76 (9.3) Input Connector J Molex pn Line 2 Neutral N o t e s. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. J mates with Molex Housing P n J 2 mates with Molex Housing Pn and both with Molex series 594 crimp terminals. J 4 mates with J S T Housing P n. Output Connector J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan - P HDR -VS and with J S T S P HD-T-P.5 crimp terminals. J 3 mates with Molex Housing Pn and with Molex series 582 crimp terminals. 4. In class II installations the cover is floating and provides x MOP P (2 x MOOP ). 5. Weight:.5 lbs (.48 kg) S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C

11 6 Mechanical Details T o p F a n ( T F ).93 (23.7).39 (.) 4.72 (2.) 2 x M3 x.5 THD.6 (4.) max screw penetration 5.5 (39.7) 2.39 (6.7) 2 J 2 2 J2 J3 J4.85 (2.6) 3.48 (88,5) 2.64 (67.).25 Faston Ground Tab.45 (.4).43 (.8).45 (.4).7 (43.2) 2.2 (57.8) 4 x M3 x.5 THD.6 (4.) max screw penetration.96 (5.).76 (9.3).39 (.) 4.72 (2.) N o t e s Input Connector J Molex pn Line 2 Neutral. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. J mates with Molex Housing P n J 2 mates with Molex Housing Pn and both with Molex series 594 crimp terminals. J 4 mates with J S T Housing P n. Output Connector J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan - P HDR -VS and with J S T S P HD-T-P.5 crimp terminals. J 3 mates with Molex Housing Pn and with Molex series 582 crimp terminals. 4. In class II installations the cover is floating and provides x MOP P (2 x MOOP ). 5. Weight:.5 lbs (.52 kg) S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C

12 6 E n d F a n ( E F ) G C S 5 /8 / (6.3).9 (48.2) J 2 Mechanical Details.43 (.8) J (88.5) 2.63 (66.9) J3 J (2.5). [27.8] 5.5 (39.7).45 (.4).45 (.4) 2 x M3 x.5 THD.6 (4.) max screw penetration.25 Faston (Right ngle) Ground Tab.93 (23.7).7 (43.2).39 (.) 4.72 (2.).76 (9.3) 4 x M3 x.5 THD.6 (4.) max screw penetration.96 (5.).39 (.) 4.72 (2.) Input Connector J Molex pn Line 2 Neutral N o t e s. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. J mates with Molex Housing P n J 2 mates with Molex Housing Pn and both with Molex series 594 crimp terminals. J 4 mates with J S T Housing P n. Output Connector J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan - P HDR -VS and with J S T S P HD-T-P.5 crimp terminals. J 3 mates with Molex Housing Pn and with Molex series 582 crimp terminals. 4. In class II installations the cover is floating and provides x MOP P (2 x MOOP ). 5. Weight:.3 lbs (.59 kg) S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C 2

13 Mechanical Details E n d F a n ( E F ) G C S (4.2).68 (7.3) 6. (52.4).75 (44.4).24 (6.).7 (7.7).75 (44.4).86 (2.9).5 (2.6) (5.2) (36.2) 3.5 (88.9) (25.) (37.7) Input Terminal Block Dinkle P /N DT-2C -2W-3.25 (6.4) M3 S crew.68 (7.2) 4.72 (2.).88 (22.3) 2 X M3 X.5 THD.6 (4.) Max screw penetration.68 (7.2) 4.72 (2.).75 (8.9) 2. (5.8) 4 X M3 X.5 THD.6 (4.) Max screw penetration Input Connector J Dinkle P N DJ -26-D2W-3 Line 2 Neutral 3 N o t e s Output Connector 6 pos ition J 2 Molex pn V 2 +V 3 +V 4 R TN 5 R TN 6 R TN. ll dimensions in inches (mm). 2. Tolerance.xx = ±.2 (.5);.xxx = ±. (.25) 3. Weight:.65 lbs (.29 kg) Output C onnec tor 2 pos ition J 2 Molex pn R TN 4-6 +V 7-9 R TN -2 +V F an C onnec tor J 3 Molex pn Fan +(2 V) 2 Fan position single row J 2 mates with Molex Housing P n and both with Molex series 594 crimp terminals. 2 position dual row J 2 mates with Molex Housing Pn and with Molex series 5556 crimp terminals. J 3 mates with Molex Housing P n and with Molex series 582 crimp terminals. J 4 mates with J S T Housing P n. P HDR -VS and with J S T S P HD-T-P.5 crimp terminals. S ignal C onnec tor J 4 J S T P N B B -P HDS S +S ense 2 -S ense 3 XP Internal Use 4 Inhibit LO 5 Inhibit HI 6 N/C 7 N/C 8 N/C 9 N/C N/C 3

14 Thermal Considerations In order to ensure safe operation of the P S U in the end-use equipment, the temperature of the components listed in the table below must not be exceeded. Temperature should be monitored using K type thermocouples placed on the hottest part of the component (out of direct air flow). S ee Mechanical Details for component locations. Temperature Measurements Component Max Temperature C T C oil L3 C oil Q B ody Q3 B ody C 6 C 23 2 C 2 C 2 C 2 C 5 C 5 C -- Service Life The estimated service life of the GC S S eries is determined by the cooling arrangements and load conditions experienced in the end application. Due to the uncertain nature of the end application this estimated service life is based on the actual measured temperature of a key capacitors with in the product when installed by the end application. The worst case of the two figures should be taken as the indicative service life in 24/7 operation. The graph below expresses the estimated lifetime of a given component temperature and assumes continuous operation at this temperature. E s t im a t e d S e r v ic e L if e v s C o m p o n e n t T e m p e r a t u r e G C S 5/8 G C S 25 G C S Lifetime (Hrs) Lifetime (Hrs) Lifetime (Hrs) C6 Temperature ( C) C6 Temperature ( C) C 6 Temperature ( C) G C S 5/8 G C S 25 G C S 35 Lifetime (Hrs) C23 Temperature ( C) 55 Lifetime (Hrs) C23 Temperature ( C) 55 Lifetime (Hrs) C23 Temperature ( C) 55 Mar 7