Toshiba IK-TF9U Instruction Manual Download Page 1

For Customer Use
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Model #:

IK-TF9U

Serial #:

CAMERA CONTROL UNIT

IK-TF9U

INSTRUCTION MANUAL

FCC NOTICE
This equipment has been tested and found to comply with the limits for a Class A digital device, pursu-
ant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against
harmful interference when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance
with the instruction manual, may cause harmful interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in which case the user will be
required to correct the interference at his own expense.

USER-INSTALLER CAUTION: Your authority to operate this FCC verified equipment could be voided
if you make changes or modifications not expressly approved by the party responsible for compliance
to Part 15 of the FCC Rules.

This Class A digital apparatus complies with Canadian ICES-003.

Cet appareil numérique de la classe A est comforme à la norme NMB-003 du Canada.

Following information is only for EU-member states:
The use of the symbol indicates that this product may not be treated as household waste.
By ensuring this product is disposed of correctly, you will help prevent potential negative con-
sequences for the environment and human health, which could otherwise be caused by inap-
propriate waste handling of this product. For more detailed information about the takeback
and recycling of this product, please contact your supplier where you purchased the product
or consult.

This manual is made from 100% recycled paper.

Summary of Contents for IK-TF9U

Page 1: ...the user will be required to correct the interference at his own expense USER INSTALLER CAUTION Your authority to operate this FCC verified equipment could be voided if you make changes or modifications not expressly approved by the party responsible for compliance to Part 15 of the FCC Rules This Class A digital apparatus complies with Canadian ICES 003 Cet appareil numérique de la classe A est c...

Page 2: ...from dropping invasion of foreign objects etc may cause fire and or electric shock Immediately stop the power source and contact your dealer Avoid installing in a shower room or a bathroom This may cause fire and or electric shock Do not operate in places with possibility of becoming wet This may cause fire and or electric shock Do not repair disassemble and or modify by yourself This may cause fi...

Page 3: ...her inten tional or accidental use under extreme operating conditions 2 Malfunction or non function resulting in indirect additional or consequential damages including but not limited to loss of expected income and suspension of business activities 3 Incorrect use not in compliance with instructions in this instruction manual 4 Malfunctions resulting from misconnection to other equipment 5 Repairs...

Page 4: ...etting to factory setting status 23 7 3 Synchro Scan Operation 23 1 Setting by 2H 23 2 Setting by the frame 23 7 4 E TRG External trigger 24 1 1P SNR 1 Pulse Trigger Sync Non Reset 24 1 1 1 Pulse Trigger SYNC NON RESET Picture Output Timing 24 2 1P SR 1 Pulse Trigger Sync Reset 25 2 1 1 Pulse Trigger SYNC RESET Picture Output Timing 25 3 PW SNR Pulse width trigger SYNC NON RESET 26 3 1 Pulse Width...

Page 5: ...iods of time The following descriptions are for that a camera head IK TF9H connected to this camera control unit Do not shoot intense light If there is an intense light at a location on the screen such as a spot light a blooming and smear ing may occur When intense light enters vertical stripes may appear on the screen This is not a malfunction Ghosts may occur when there is an intense light near ...

Page 6: ...Changes the value of the function selected by the MENU UP DOWN button Also used when using ABB 8 DC IN 12V terminal Accept a DC power input 12V 9 RGB terminal 8 bit RGB digital signal and sync signal are output in the Camera Link format Trigger signal is input Mode switching signal for partial scanning is input Accepts serial communication control signal Mounting holes M3 Used to fix the camera Mo...

Page 7: ...nector used 12226 51000 00 3M or equivalent 4 2 Cautions on Connection Only use optional camera head model IK TF9H with this camera controller The use of another head may cause damage to the control unit and camera head When connecting the camera cables be sure to turn off the camera control unit and any other equipment connected to it For DC power supply connecting to DC IN 12V terminal use UL li...

Page 8: ...er ABB blinks on the screen When the black balance adjustment operation finishes the character ABB stops blinking and the result appears for approx 1 second When the black balance adjustment performed set the electronic shutter Synchro Scan partial read to OFF and do not operate trigger mode or external sync AWB Automatic White Balance Adjust white balance by displaying the white object inside the...

Page 9: ...tment cannot be performed for other reasons Such as no white area is included in an object etc Result displayed AWB OK AWB NG LEVEL LOW AWB NG LEVEL HIGH AWB NG C TEMP LOW AWB NG C TEMP HIGH AWB NG NOT AVAILABLE AWB NG 1 AWB Automatic white balance Set the MODE to AWB on the WHT BAL menu Perform the C TEMP color temperature conversion setting if necessary Refer to the item 7 2 3 WHT BAL White bala...

Page 10: ...0H 1268H 1270H OFF 2FRM 512FRM 2H 1060H 1058H 1060H OFF 2FRM 512FRM 2H 910H 908H 910H OFF 2FRM 512FRM 2H 774H 772H 774H OFF 2FRM 512FRM 2H 706H 704H 706H OFF 2FRM 512FRM 2H 636H 634H 636H OFF 2FRM 512FRM OFF 25fps 30fps 35fps 40fps 45fps 50fps E25fps E30fps E35fps E40fps E45fps E50fps 0 01ms 50ms MANU OFF 0dB 18dB AWB MANU 3200K 5600K 100 0 100 100 0 100 ON OFF 64 0 64 64 0 64 64 0 64 MANU OFF 128...

Page 11: ...the monitor The contents once set are memorized even if the power source is turned off so it is unnecessary to set again when using the unit next time When the setting is performed select the menu of the item to be set 7 1 Using the Menus When the power is turned on the normal screen showing only the video signal appears Change the output to each screen video signal output Index menu and menus by ...

Page 12: ... falling edge PW SNR Pulse width trigger Sync Non Reset The charge begins to accumulate after the trigger pulse is received and 1 frame images are output according to the internal vertical sync signal timing This is the mode to set the exposure period by the pulse width of the trigger The trigger signal polarity can be set to either the positive or negative polarity PW SR Pulse width trigger Sync ...

Page 13: ...ps E35fps E40fps E45fps E50fps SHUTTER MODE MANU MANU 100 PART OFF MODE MANUAL Move up down By pushing MENU UP DOWN Set by pushing DATA UP DOWN 1 1 Changing each setting in MANU mode a Changing the shutter speed 1 Set the to MANU by pushing MENU UP MENU DOWN buttons 2 Set the shutter speed by pushing DATA UP DATA DOWN buttons b Partial scanning setting 1 Set the to PART by pushing MENU UP MENU DOW...

Page 14: ...y pushing MENU UP DOWN Set by pushing DATA UP DOWN 1 2 Changing each setting in SS synchro scan mode a Changing the shutter speed setting 1 Set the to SS by pushing MENU UP MENU DOWN buttons 2 Select the shutter speed by pushing DATA UP DATA DOWN buttons b Partial scanning setting 1 Set the to PART by pushing MENU UP MENU DOWN buttons 2 Select either the mode by pushing DATA UP DATA DOWN buttons N...

Page 15: ...MENU UP DOWN Set by pushing DATA UP DOWN 1 3 Changing each setting in E TRG mode The E TRG has five modes 1P SNR 1P SR PW SNR PW SR PR First set the to MODE and select E TRG then set the to E TRG and select the desired E TRG mode 1 3 1 Changing each setting in 1P SNR mode a Changing the polarity of inputting trigger pulse setting 1 Set the to TRG P by pushing MENU UP MENU DOWN buttons 2 Select eit...

Page 16: ...ve polarity Move up down By pushing MENU UP DOWN Set by pushing DATA UP DOWN 0 01 ms step 0 02 ms step 0 1 ms step 1 ms step 2 ms step 1 3 2 Changing each setting in 1P SR mode a Changing the polarity of inputting trigger pulse setting 1 Set the to TRG P by pushing MENU UP MENU DOWN buttons 2 Select either by pushing DATA UP DATA DOWN buttons b Changing 1P SR exposure time setting 1 Set the to EXP...

Page 17: ...up down By pushing MENU UP DOWN Set by pushing DATA UP DOWN 1 3 3 Changing each setting in PW SNR mode a Changing the polarity of inputting trigger pulse setting 1 Set the to TRG P by pushing MENU UP MENU DOWN buttons 2 Select either by pushing DATA UP DATA DOWN buttons b Changing the partial scanning setting 1 Set the to PART by pushing MENU UP MENU DOWN buttons 2 Select the mode by pushing DATA ...

Page 18: ...e storage time with extended exposures the more visible certain characteristics of CCD cameras become fixed pattern noise white pixels etc 1 3 4 Changing each setting in PW SR mode 1 3 5 Changing each setting in RR mode a Changing the partial scanning setting 1 Set the to PART by pushing MENU UP MENU DOWN buttons 2 Select the mode by pushing DATA UP DATA DOWN buttons Note The longer the storage ti...

Page 19: ...or the gain adjustment of the unit MANU Manual and OFF 0dB modes are provided 1 MANU Manual gain Gain adjustment is performed on the GAIN menu The adjustment range is from 0dB to 18dB in 1dB steps 2 OFF Gain is fixed at 0dB Set the to MODE push the DATA UP DATA DOWN and select mode among MANU OFF 2 1 Changing each setting in GAIN a Changing the gain in MANU mode 1 Set the to MANU by pushing MENU U...

Page 20: ...n and blue gain are shown on the screen These values may not be changed during AWB mode WHT BAL MODE AWB R GAIN 0 B GAIN 0 C TEMP 3200 Move up down By pushing MENU UP DOWN Set by pushing DATA UP DOWN WHT BAL MODE MANU R GAIN 0 0 B GAIN C TEMP 3200 Red gain adjustment 100 to 100 White balance mode AWB MANU Color temperature setting 3200 5600 Blue gain adjustment 100 to 100 Move up down By pushing M...

Page 21: ...ens iris or zoom ratio is fixed Use the unit with SHAD OFF for variable lens conditions 4 1 Changing gamma correction 1 Set the to GAMMA by pushing MENU UP MENU DOWN buttons 2 Set the gamma correction by pushing DATA UP DATA DOWN buttons 4 2 Changing master pedestal 1 Set the to M PED by pushing MENU UP MENU DOWN buttons 2 Set the master pedestal by pushing DATA UP DATA DOWN buttons 4 3 Changing R...

Page 22: ...U DOWN buttons 2 Set the MANUAL SHADING by pushing DATA UP DATA DOWN buttons 6 OPTION 6 1 Changing serial communication baud rate 1 Set the to BAUD RATE by pushing MENU UP MENU DOWN buttons 2 Select either 9600 or 19200 by pushing DATA UP DATA DOWN buttons H PHASE 100 to 100 Sync system display SYNC MODE EXT H PHASE 0 Move up down By pushing MENU UP DOWN Set by pushing DATA UP DOWN 5 1 Adjusting h...

Page 23: ... 634H 636H 2 Setting by the frame 2FRM to 512FRM stand for the setting long period exposure by the frame The video signal stored during the frame period set is output as 1 frame video image at a frame interval specified 4FRM setting n n 1 RGB data video interval image Internal VD FVAL LVAL DAVL 7 Setting to factory setting status All the settings can be returned to the factory default status prese...

Page 24: ...ut at the falling edge of the internal VD following completion of the exposure period The video and FVAL LVAL DVAL have a paired relationship Note When the next trigger is input before completion of the output of the video corresponding to the trig ger there will be an effect on the video 7 4 E TRG External trigger Charge begins to accumulate after the trigger input to CC1 of the DIGITAL terminal ...

Page 25: ...et Charge begins to accumulate after the trigger input to CC1 of the DIGITAL terminal the vertical sync signal is reset and frame images are output 2 1 1 Pulse Trigger SYNC RESET Picture Output Timing 1 Externally input signal 2 Exposure time is determined by the setting of 7 2 1 3 Changing each setting in E TRG mode 3 VD is generated after 0 to 2H following the completion of the exposure period a...

Page 26: ...o and FVAL LVAL DVAL have a paired relationship Note When the next trigger is input before completion of the output of the video corresponding to the trig ger there will be an effect on the video Exposure period 2 Trigger 1 Exposure period 2 The internal VD falling edge is within the exposure period and thus video is not output 3 Negative polarity mode Positive polarity mode About 7 µs About 1 µs ...

Page 27: ...f the exposure period and the video is synchro nized to this and output Note When the next trigger is input before completion of the output of the video corresponding to the trig ger there will be an effect on the video About 1 µs About 7 µs Exposure completion 0 to 2H Trigger 1 Negative polarity mode Positive polarity mode Exposure period 2 Internal VD 3 RGB data video interval image FVAL LVAL DV...

Page 28: ...by extending the exposure time To achieve this please input from an external source a VD signal that has an expanded VD pulse and VD pulse interval 5 2 Input Timing Chart Example External HD IN External VD IN Internal VD About 1H V reset Exposure period External VD interval more than 1 frame Exposure period Exposure period About 1H V reset 1 frame 1592H Partial scanning OFF 1270H Partial scanning ...

Page 29: ...ng interval B Blanking interval D Total A Video interval C RGB data video interval image Internal VD FVAL LVAL DVAL Video period Mode 25fps 30fps 35fps 40fps 45fps 50fps Total A 1270H 1060H 910H 774H 706H 636H Video interval C 1024H 972H 792H 644H 564H 480H Blanking interval B 40H 56H 66H 78H 80H 86H Blanking interval D 26H 32H 52H 52H 62H 70H 3 When Partial Scanning Mode is ON 1 Partial Scanning ...

Page 30: ...red and after a specified time after a trigger input V reset is applied HD is synchronized to external The presence of VD is ignored and after a specified time after a trigger input V reset is applied HD is synchronized to external Video is output due to VD input HD is synchronized to the inside of the camera Video is output due to VD input Video is not output because there is no VD input Normally...

Page 31: ...interval 2540 clk 31 4 µs CLK 12 36nsec 80 8736MHz Pixel Clock LVAL DVAL FVAL RGB data CCD READOUT Video output Vertical blanking interval 56H Vertical blanking interval 56H 57 1591 1592 1590 1589 1588 1587 1586 1585 1584 1583 1582 57 1592 1 2 3 4 5 6 7 8 46 1 2 3 4 5 6 7 8 9 47 48 49 50 51 52 53 54 55 56 47 48 49 50 51 52 53 54 55 56 1592H 1759μs 1759μs 1759μs 56H 1536H 2 Vertical Output Waveform...

Page 32: ...rogressive scan Horizontal pixels 2048 Vertical 1536 80 8736MHz Horizotal 31 84KHz Vertical 20Hz Internal F8 standard 2000 lx 3000K 10 lx F2 2 Sensitivity 18 dB 3000K C mount flange back 17 526 mm in air 32 to 104 F 0 to 40 C Less than 90 Approx 0 353lbs 160g 1 73 W x 1 73 H x 3 07 D 44 W x 44 H x 78 D mm except for protruded portion AWB Automatic white balance MANUAL Manual MANUAL Manual OFF 0 dB...

Page 33: ...76 19 2 0 98 25 0 47 12 34 1 33 2 M2 4 M2 Depth 3 4 M3 Depth 3 0 32 8 2 Symptom No image Poor color Items to be checked Is the power supplied correctly Is the lens iris adjusted correctly Are the cables connected correctly Is the shutter mode set correctly Is the image process equipment set correctly Is the monitor adjusted correctly Is the white balance of the camera adjusted correctly Is the ill...

Page 34: ...IRECT OR INDIRECT DAMAGES LOST PROFITS LOST SAVINGS OR OTHER SPECIAL INCIDENTAL EXEMPLARY OR CONSEQUENTIAL DAMAGES WHETHER FOR BREACH OF CONTRACT TORT OR OTHERWISE OR WHETHER ARISING OUT OF THE USE OF OR INABILITY TO USE SUCH PRODUCT EVEN IF TAIS ITS PARENT COMPANY OR AN ASP HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES OR OF ANY CLAIM BY ANY OTHER PARTY SOME STATES DO NOT ALLOW THE EXCLUSIO...

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