High resolution progressive scan monochrome CCD camera (Frame shutter) KP-F100B Specifications (preliminary)

Transcription

1 High resolution progressive scan monochrome camera (rame shutter) KP-100 Specifications (preliminary) 1/15

2 1. Outline Hitachi's KP-100 is a 2/3-inch size black and white camera designed for high resolution and versatile functions. Progressive scan with full pixel independent readout and full frame shutter provide images of unparalleled quality at 15 frames per second non-interlaced output. ffective picture elements number 1.45 million, while the broad array of functions includes digital output, multi-step electronic shutter, H/V external sync and frame on demand. The square lattice pixel format also provides excellent suitability for image processing applications. 2. Outstanding features (1) High resolution High grade with 1392 (H) 1040 (V) effective pixels. (2) rame shutter The frame shutter function improves vertical resolution of moving objects.. (3) Multistep electronic shutter The shutter speed can be selected in 8 steps from 1/30th to 1/50,000th of a second. (4)rame on demand n external trigger signal input can be used to capture an image at a desired timing for instant view or processing. The capture time can be adjusted by the trigger and shutter. (5) The self-contained PU permits using RS-232 control for setting each function. The functions can also be set from rear panel switches. (6) igital output n I-644 digital output is provided. 2/15

3 3. Specifications (1) Pickup element 2/3-inch interline Total pixels 1432 (H) 1050(V) ffective pixels 1392 (H) 1040 (V) Pixel pitch 6.45 (H) 6.45 (V) μm (square lattice) (2) Imaging area 8.98 (H) 6.71 (V) mm (3) Scanning system Non-interlaced (4) spect ratio 4 :3 (5) rame rate 15frames/second (full pixel readout) 60fps (4 accelerated mode) actory setting is 15 fps. Selected by rear panel switch. (6) Horizontal scanning frequency 16 khz (7) Vertical scanning frequency 15 Hz (8) Synchronization Internal/external (automatic switching) (9) Lens mount mount (10) lange focal distance mm (11) Video output igital output or analog output for image checking nalog output (option) igital output I-644 Note: Maximum digital out cable length is 2 meters. ata : single channel 10 bits, MHz (12)xternal sync input H/V negative Level: see page 11(xternal signal level) Input impedance: 1 kω requency deviation: ±1% (13)lectronic shutter speed Selectable by external switches: Off (frame rate), 1/30, 1/125, 1/250, 1/1000, 1/2000, 1/4000, 1/ /50000 second. Off: Normal exposure (frame rate) Set by external switch; factory setting is off (1/15 second). (14) Gamma compensation γ = 1 (15)rame on demand xternal switch setting on/off and modes (fixed shutter two trigger and one trigger). actory setting is all off. 3/15

4 ixed shutter mode Trigger High Low Shutter (exposure) time Shutter (exposure) time Shutter time lectric shutter is set to fixed shutter time. Video output V.SYN V.SYN ixed shutter mode Two trigger mode Trigger High Low Trigger High Low Shutter (exposure) time Shutter (exposure) time Shutter time Video output V.SYN V.SYN Two trigger mode One trigger mode Trigger High Low Shutter (exposure) time Shutter time lectronic shutter is set to fixed shutter mode. Video output V.SYN (16)Power supply voltage 12 ± 1 V (17) urrent consumption pprox. 330 m (18)mbient, operating mbient, storage 0 to + 40 (+32 to ; 104 ), less than 90 % RH -10 to + 50 (+14 to +122 ), less than 70 % RH Note: If operated continuously, be sure to use at less than +40 (104 ) for long term stable performance. (19) Vibration endurance m/s 2 (3 directions, 30 minutes each) (20) Shock endurance m/s 2 (vertical, horizontal, once each face) (21) xternal dimensions 44 (W) 44 (H) 78 () mm (22) Mass pprox. 180 g 4/15

5 (23) RS-232 control (a) Signal system ontrol system Start-stop synchronization system Transmission rate 9600 bps ata length 8 bits Start bit 1 Stop bits 2 Parity None it transfer LS first (b) ommunications control system ull control by remolte control software, data send/receive by text data transfer to camera microprocessor (S system handshake) () ontrol items 1. Shutter speed (1/30, 1/125, 1/250, 1/1000, 1/2000, 1/4000, 1/10000,1/50000 second) 2. (frame on demand) On/off 3. Mode ixed shutter, two trigger, one trigger 4. V-binning On/off 5. Gain Variable in 50 steps 6. lack level Variable in 50 steps 7.Input trigger Negative/Positive 5/15

6 4. omposition (1) amera (with infrared blocking filter) (2) Operating instructions 5. Optional accessories (1) Tripod adaptor T-M1 (2) 12 pin plug HR10-10P-12S(01) (3). OUT connector (26 pins) X30M-26P or equivalent (4) Junction box JU-M1 JU-1* (5) ummy glass (R coated) R1214 (6) amera cable Molded type ssembly type Shield type 2 m -201-KSM -201KS -201KSS 5 m -501KSM -501KS -501KSS 10 m -102KSM -102KS -102KSS Note : ssembly type made to order In urope, use the Shield type * 12-pin connector output pin differences JU-1 KP-100 output Pin 4 VIO 1 VIO 6 H/TRIG- XTH 9 VIO 2 TRIG- 6/15

7 6. input and sync connections (1) onnections to IN and SYN Pin No. xt. sync Int. xt. rame on demand sync H/V ixed shutter Two trigger One trigger 1 GN GN GN GN GN 2 +12V +12V +12V +12V +12V 3 GN GN GN GN GN 4 VIO VIO VIO VIO VIO 5 XTH (GN) 6 XTH XTH XTH (SIGNL) (SIGNL) (SIGNL) 7 XTV TRIG- TRIG- TRIG- (SIGNL) (SIGNL) (SIGNL) (SIGNL) 8 TRIG- (GN) 9 TRIG- (SIGNL) 10 GN GN GN GN GN V +12V +12V +12V +12V 12 XTV TRIG- TRIG- TRIG- (GN) (GN) (GN) (GN) onnector (camera side) : Hirose HR10-10R-12P(01) Plug (matching cable plug) : Hirose HR10-10P-12S (01) 7/15

8 (2) Signal connections to. OUT (26 pin) Pin No. Signal Pin No. Signal Pin No. Signal Pin No.. Signal 1 T 0-H 8 T 3-L 15 T 7-H 22 V-L 2 T 0-L 9 T 4-H 16 T 7-L 23 H-H 3 T 1-H 10 T 4-L 17 T 8-H 24 H-L 4 T 1 ー L 11 T 5-H 18 T 8-L 25 LK-H 5 T 2-H 12 T 5-L 19 T 9-H 26 LK-L 6 T 2-L 13 T 6-H 20 T 9-L 7 T 3-H 14 T 6-L 21 V-H onnector (camera side) Plug(matching cable plug) over : Hirose X10GM-26S or an equivalent : Hirose X30M-26P or an equivalent : Hirose X30M-26V or an equivalent The digital out cable should be comprised of a twisted pair of wires having 100 Ω characteristic impedance and an outer sheath shield type conductor. onnect the shield (ground) of the digital out cable to the ground terminal of the video eqquipment, frame grabber, etc. (3) Remote (RS-232 control) cable piv connections (onnect the cable between the camera Remote connector and the personal computer serial interface connector (-SU 9 pin). Pin no. Signal name 1-2 R 3 T 4 Manual/remote 5 Ground 6 - onnector (camera) HR10-7R-6S (Hirose) or equivalent Plug (cable matching plug) HR10-7P-6P (Hirose) or equivalent Notes: t the camera Remote plug, connect pin 4 Manual/remote and pin 5 ground. t the computer serial interface connector (-SU), short pins 7 (RTS) and 8 (TS). 8/15

9 7. Rear panel switches The rear panel includes switches for electronic shutter data, readout rate, and field on demand on/off and mode switches. (1) lectronic shutter switches 1/30 1/125 1/60 1/250 1/125 1/1000 1/250 1/2000 1/1000 1/4000 1/2000 1/ /40001/ /10000 (2)rame on demand () on/off switch O :O :ON (actory setting) ON (3) rame on demand mode switch switch off switch on 1 Shutter off (actory setting) ixed shutter lectronic shutter Two trigger 2 3 One trigger 9/15

10 8. Input/output signal levels and timing (1) igital output H sync phase relationship H OUT T 100LK 52 LK 246LK H OUT is obtained at I-644 rating from the digital connector pins 23 and 24. H=16kHz=1790LK V sync phase relationship 15Hz V T 16H 3H 9H 60Hz V T 4H 3H 10/15

11 LK,H,V,T phase relationship LK H 16.6nS + 3nS V 17.5nS + 3nS T 20.9nS + 3nS Level: I-644 (Hi: more than 1.41V, Low: less than 1.075V) VH(more than 1.41V) VL(less than 1.075V) xternal signal level ondition of external signal input Ringing of external signal input( Trig- / Trig- / xt-h / xt-v ):0.3V or less High Less than 5.3V More than +2.5V Low Less than +0.5V More than 0.3V xternal signal input waveform 11/15

12 (2)TRIG- input and H & V phase during ixed shutter mode TRIG- level: see page 11(xternal signal level) more than 2H TRIG- more than 1068H more than 2H H XSU Shutter time xposure time xposure time V xposure start xposure end 3H xposure start xposure end 3H (3)TRIG- & input phase and H & V phase during Two trigger mode TRIG- & level: see page 11(xternal signal level) TRIG- TRIG- more than 2H more than 2H more than 1068H H XSU Shutter time xposure time xposure end xposure start V 3H 12/15

13 (4)One trigger mode TRIG- level: see page 11(xternal signal level) TRIG- more than 2H more than 1068H H XSU Shutter time xposure time xposure start xposure end V 3H (5) xternal H & V input levels and phase level: see page 11(xternal signal level) XTH 3.49 µs± µs±1 XTV(12Hz) 3H 1068H XTV(60Hz) 3H 267H 1H: 62.5 µs lign falling edges of external H and V. V output is delayed 2H compared to XTV 13/15

14 Notice: These specifications are subject to change without prior notice due to product improvement. onfirm the most recent specifications at time of order. Hitachi enshi certifies this product complies with the standard warranty conditions of Hitachi enshi, and that quality control is implemented to the extent required to comply with these conditions. Warranty and service: (1) The guarantee period is one year after the data purchase. However, the defects due to erroneous use or intentional act are excluded. (2) s the defect after expiration of the guarantee period, where product repair is possible, repair will be performed at charge.. (3) The present Warranty pertains only to the camera unit. Secondary malfunctions attributable to camera failure as well as expenses incurred by disassembly and reassembly of the related system, are beyond the scope of this Warranty. (4) ompensation for loss of business, loss or damage to software, database and other contingent losses are beyond the scope of this Warranty. (5) Hitachi Kokusai lectric Inc. is not liable for the losses caused when the equipment is used in a system, use for business trades, production process, medical fields, crime prevention applications, etc. (6) The parts used in the equipment have their respective lives. The lives of such parts will be shortened under the environments of high temperature or high humidity. When the stable operation is required for a long time, it is recommended to perform periodical maintenance and inspection every year or every two years. 14/15