Related Manuals for Primetech PXA30SHP
Summary of Contents for Primetech PXA30SHP
- Page 1 PRIMETECH ENGINEERING RoHS Operation Manual Ver. 1.1 VGA CCD Black & White Camera Model PXA30SHP Primetech Engineering Corp. 1/36...
- Page 2 PRIMETECH ENGINEERING Thank you for your purchase of the Primetech Engineering product. We ensure that you will enjoy this and other products from Primetech Engineering for many years. Keep this manual and warranty card handy for future reference. To ensure the safe use of this product, carefully read the warnings and cautions provided below prior to use: Warning Failure to follow the warning message may result in death or serious injury.
- Page 3 PRIMETECH ENGINEERING Primetech Engineering shall assume no responsibility for the following under any circumstance: ■ Loss arising from fire, earthquake, a man-made disaster or an act of God; willful or accidental misuse of the product; or use of the product by a third party in an abnormal manner;...
- Page 4 PRIMETECH ENGINEERING Revision History Revision Date of revision Description of change 2019/03/14 Released the initial version. 2020/07/15 Correction of errors 4/36...
-
Page 5: Table Of Contents
PRIMETECH ENGINEERING Table of Contents Overview ....................................6 1.1. Characteristics ................................6 System Configuration ................................7 Connection Diagram ................................8 Specifications of Camera Parts ............................. 9 4.1. Front/Top/Bottom ................................9 4.2. Rear panel ..................................10 4.3. Pin assignment for VIDEO OUT/DC IN/SYNC terminal ..................... 12 4.4. -
Page 6: Overview
PRIMETECH ENGINEERING 1. Overview This operation manual describes functions and procedures for the industrial analog camera (B/W). 1.1. Characteristics • Diverse mode setting The following settings can be used by toggling the switch on the rear panel. • Synchronous input/output •... -
Page 7: System Configuration
PRIMETECH ENGINEERING 2. System Configuration <Video camera module> <Camera cable> <C-mount lens> <Tripod adaptor> 7/36... -
Page 8: Connection Diagram
PRIMETECH ENGINEERING 3. Connection Diagram C-mount lens Camera module Camera cable <Camera adaptor, etc.> <Tripod adaptor> 8/36... -
Page 9: Specifications Of Camera Parts
PRIMETECH ENGINEERING 4. Specifications of Camera Parts 4.1. Front/Top/Bottom [1] Lens mount (C-mount) [2] Auxiliary screw hole for fixing camera (top) [3] Auxiliary screw holes for fixing camera/ screw holes for installing tripod (bottom) [4] Reference screws hole for fixing... -
Page 10: Rear Panel
PRIMETECH ENGINEERING 4.2. Rear panel [2] DIP switch for setting shutter speed and mode [1] VIDEO OUT/DC IN/SYNC (video output/DC power/ sync signal input/output) terminal (12-pin connector) [5] 75Ω termination switch [3] VD/HD signal input/output switch [4] Manual gain control knob Caution Turn off the module before setting switches. - Page 11 PRIMETECH ENGINEERING [5] 75 termination switch Set the switch to ON for termination. The factory setting is OFF. 11/36...
-
Page 12: Pin Assignment For Video Out/Dc In/Sync Terminal
PRIMETECH ENGINEERING 4.3. Pin assignment for VIDEO OUT/DC IN/SYNC (video output/DC power/synchronizing signal input/output) terminal Rear panel Pin assignment for VIDEO OUT/DC IN/SYNC (Video output/DC power/synchronizing signal input/output) terminal Pin No. Camera synchronizing External synchronizing Restart/reset Externally triggered signal output... -
Page 13: Input Phase Specifications For External Vd/Hd Signal
PRIMETECH ENGINEERING 4.4. Input phase specifications for external VD/HD signal External VD (Falling) External VD (Rising) External HD Units: Clock 1 clk = 33.333 nsec / 66.666nsec (60fps) (30fps) Set the phase relationship for external VD and HD signals as shown in the above figure. -
Page 14: Trigger Pulse Specifications
PRIMETECH ENGINEERING 4.6. Trigger pulse specifications 4 to 5.0 V 2 μs to 1/4 s 0 to 1.0 V • Input impedance: 10 k or more • Input the pulse width between 100 s and 1/4 s for DIP switch setting. -
Page 15: Shutter Speed Setting
PRIMETECH ENGINEERING 5. Shutter Speed Setting 1/125 1/250 1/500 1/1000 1/2000 1/4000 1/10000 1/20000 1/100 unit：sec ※Shutter speed is at 60fps. Shutter speed will be twice at 30fps. ※Non-reset mode/reset mode is set, shutter OFF will be pulse width trigger shutter. -
Page 16: Trigger Mode Setting
PRIMETECH ENGINEERING 6. Trigger Mode Setting Nomal Restart Reset shutter reset reset mode mode mode mode 6.1. Normal Shutter Mode Each scan modes are available. In addition, input and output of VD / HD signals. 6.2. Restart Reset Mode By inputting restart/reset signals (VD/HD) from an external device, you can obtain information for one screen at an arbitrary timing. -
Page 17: External Triggered Shutter Mode
PRIMETECH ENGINEERING 6.3. External Triggered Shutter Mode Inputting a trigger from an external device will enable capturing of high-speed moving objects at a correct position. When the trigger pulse width is set to 1/3 s or more, the output is switched to a normal video signal. -
Page 18: Scanning Mode Setting
PRIMETECH ENGINEERING 7. Scanning Mode Setting All pixels Binning 1/2High-rate 1/4High-rate scanning scanning readout mode mode mode mode Frame rate Scanning lines Video output lines Scanning Mode (fps) (Lines) (Lines) All Pixels Readout Mode 60.01 Binning Mode 120.25 1/2High-rate Scanning Mode 97.13... -
Page 19: High-Rate Scanning Mode
PRIMETECH ENGINEERING 7.3. High-rate Scanning Mode You can increase the frame rate by setting the high-rate scanning mode. Signal output from the video output terminal is the center of the screen. Area where image is not output Video Effective Area... -
Page 20: Timing Chart Individual Modes
PRIMETECH ENGINEERING 8. Timing Chart Individual Modes 8.1. Restart Reset mode 20/36... -
Page 21: External Triggered Shutter Mode
PRIMETECH ENGINEERING 8.2. External Triggered Shutter Mode 8.2.1. Mode1 Non-reset mode 8.2.1.1. Shutter speed:Trigger pulse width, VD/HD:Input (continuous input) 21/36... -
Page 22: Shutter Speed:vd/Hd:dip Switch, Vd/Hd:input (Continuous Input)
PRIMETECH ENGINEERING 8.2.1.2. Shutter speed:VD/HD:DIP switch, VD/HD:Input (continuous input) 22/36... -
Page 23: Shutter Speed:trigger Pulse Width, Vd/Hd:input(Single Input)
PRIMETECH ENGINEERING 8.2.1.3. Shutter speed:Trigger pulse width, VD/HD:Input(single input) 23/36... -
Page 24: Shutter Speed:dip Switch, Vd/Hd:input(Single Input)
PRIMETECH ENGINEERING 8.2.1.4. Shutter speed:DIP switch, VD/HD:Input(single input) 24/36... -
Page 25: Shutter Speed:trigger Pulse Width, Vd/Hd:no Input
PRIMETECH ENGINEERING 8.2.1.5. Shutter speed:Trigger pulse width, VD/HD:No input 25/36... -
Page 26: Shutter Speed:dip Switch, Vd/Hd:no Input
PRIMETECH ENGINEERING 8.2.1.6. Shutter speed:DIP switch, VD/HD:No input 26/36... -
Page 27: Mode2 Reset Mode
PRIMETECH ENGINEERING 8.2.2. Mode2 Reset mode 8.2.2.1. Shutter speed:Trigger pulse width 27/36... -
Page 28: Shutter Speed: Dip Switch
PRIMETECH ENGINEERING 8.2.2.2. Shutter speed: DIP switch 28/36... -
Page 29: Video Output Timing Chart
PRIMETECH ENGINEERING 9. Video Output Timing Chart 9.1. All Pixels Readout Timing Chart The horizontal timing chart at 60 fps setting is shown below. clk:30MHz at 60fps (33.33nsec) (33.00μs) (2.33μs) Video output Signal(Typ) Effective pixel (3.73μs) (4.10μs) (3.17μs) (11.00μs) (22.00μs) -
Page 30: Binning Readout Timing Chart
PRIMETECH ENGINEERING 9.2. Binning Readout Timing Chart The horizontal timing chart at 60 fps setting is shown below. clk:30MHz at 60fps (33.33nsec) (33.00μs) (2.33μs) Video output Signal(Typ) Effective pixel (3.73μs) (4.10μs) (3.17μs) (11.00μs) (22.00μs) Output video period Horizontal blanking ※A unitless number represents the number of clock counts. -
Page 31: 1/2 High-Rate Scanning Readout Timing Chart
PRIMETECH ENGINEERING 9.3. 1/2 High-rate Scanning Readout Timing Chart. The horizontal timing chart at 60 fps setting is shown below. clk:30MHz at 60fps (33.33nsec) (33.00μs) (2.33μs) Video Output Signal(Typ) Effective pixel (3.73μs) (4.10μs) (3.17μs) (11.00μs) (22.00μs) Horizontal Output video period blanking ※A unitless number represents the number of clock counts. -
Page 32: 1/4 High-Rate Scanning Readout Timing Chart
PRIMETECH ENGINEERING 9.4. 1/4 High-Rate scanning Readout Timing Chart. The horizontal timing chart at 60 fps setting is shown below. clk:30MHz at 60fps (33.33nsec) (33.00μs) (2.33μs) Video Output Signal(Typ) Effective pixel (3.73μs) (4.10μs) (3.17μs) (11.00μs) (22.00μs) Horizontal Output video period blanking ※A unitless number represents the number of clock counts. -
Page 33: Specifications
PRIMETECH ENGINEERING 10. Specifications Pickup device Interline transfer 1/3 type CCD 640 480 (horizontal/vertical) Effective picture elements CCD vertical driving frequency 30.303kHz (at 60fps) / 15.151kHz(at 30fps) CCD horizontal driving frequency 30.0000MHz(at 60fps) / 15.0000MHz(at 30fps) Signaling 7.4 7.4 m (horizontal/vertical) -
Page 34: Relative Spectral Sensitivity Characteristics
PRIMETECH ENGINEERING 10.1. Relative spectral sensitivity characteristics 34/36... -
Page 35: External Dimensions
PRIMETECH ENGINEERING 11. External Dimensions 2-M2 depth 3 4-M2 depth 3 3-M3 depth 3 Units: mm 35/36... - Page 36 Thus we assume no responsibility whatsoever for any violation resulting from such use. Contact: Contact: Primetech Engineering Corp. Primetech Engineering Corp. 1-3-25, Koishikawa, Bunkyo-ku, 1-3-25, Koishikawa, Bunkyo-ku,...