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CCD camera
KP-FD500GV/F500GV
KP-FD202GV/F202GV
KP-FD145GV/F145GV
KP-FD140GV/F140GV
KP-FD83GV/F83GV
KP-FD33GV/F33GV
Operation Manual
Thank you for producing this fine Hitachi Kokusai Electric CCD camera.
Before using the camera, please read this operation manual carefully and
keep this manual on file for ready reference in the future.
Hitachi Kokusai Electric Inc.
RoHS Compliant
These products compile with the requirement of he RoHS (Restriction of the
use of Certain Hazardous Substances in Electrical and electronic Equipment)
Directive 2002/95/EC.
August 31, 2012 Version 1.11
For R1 or later models
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IMPORTANT SAFETY INSTRUCTIONS
1. Read Instructions
All the safety and operating instructions should be read before the product is operated.
2. Retain Instructions
The safety and operating instructions should be retained for future reference.
3. Heed Warnings
All warnings on the product and the operating instructions should be adhered to.
4. Follow Instructions
All operating and use instructions should be followed.
5. Cleaning
Unplug this product from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning.
6. Attachments
Do not use attachments not recommended by the product manufacturer as they may cause hazards.
7. Water and Moisture
Do not use this product near water - for example, near a bath tub, wash bowl, kitchen sink, or laundry tub; in a wet basement; or near a swimming
pool; and the like.
8. Accessories
Do not place this product on an unstable cart, stand, tripod, bracket, or table. The product may fall, causing serious injury to a child or adult, and
serious damage to the product. Use only with a cart, stand, tripod, bracket, or table recommended by the manufacturer, or sold with the product.
Any mounting of the product should follow the manufacturer's instructions, and should use a mounting accessory recommended by the
manufacturer.
9. Moving
A product and cart combination should be moved with care.
Quick stops, excessive force, and uneven surfaces may cause the product and cart combination to overturn.
10. Ventilation
Slots and openings in the cabinet are provided for ventilation and to ensure reliable operation of the product and to protect it from overheating, and
these openings must not be blocked or covered.
The openings should never be blocked by placing the product on a bed, sofa, rug, or other similar surface. This product should not be placed in a
built-in installation such as a bookcase or rack unless proper ventilation is provided or the manufacturer's instructions have been adhered to.
11. Power Sources
This product should be operated only from the type of power source indicated on the marking label. If you are not sure of the type of power supply
to your home, consult your product dealer or local power company. For products intended to operate from battery power, or other sources, refer to
the operating instructions.
12. Grounding or Polarization
This product is equipped with a three-wire grounding-type plug a plug having a third (grounding) pin. This plug will only fit into a grounding-type
power outlet. This is a safety feature. If you are unable to insert the plug into the outlet, contact your electrician to replace your obsolete outlet.
Do not defeat the safety purpose of the grounding-type plug.
13. Power-Cord Protection
Power-supply cords should be routed to that they are not likely to be walked on or pinched by items placed upon or against them, paying particular
attention to cords at plug, convenience receptacles, and the point where they exit from the product.
14. Lightning
For added protection for this product during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the wall
outlet. This will prevent damage to the product due to lightning and power-line surges.
15. Overloading
Do not overload wall outlets, extension cords or integral convenience receptacles as this can result in a risk of fire or electric shock.
16. Object and Liquid Entry
Never push objects of any kind into this product through openings as they may touch dangerous voltage points or short-out parts that could result in a
fire or electric shock. Never spill liquid of any kind on the product.
17. Inflammable and Explosive Substance
Avoid using this product where there are gases, and also where there are inflammable and explosive substances in the immediate vicinity.
18. Heavy Shock or Vibration
When carrying this product around, do not subject the product to heavy shock or vibration.
19. Servicing
Do not attempt to service this product yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all
servicing to qualified service personnel.
20. Damage Requiring Service
Unplug this product from the wall outlet and refer servicing to qualified service personnel under the following conditions:
a.When the power-supply cord or plug is damaged.
b.If liquid has been spilled, or objects have fallen into the product.
c. If the product has been exposed to rain or water.
d.If the product does not operate normally by following the operating instructions. Adjust only those controls that are covered by the operating
instructions as an improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to
restore the product to its normal operation.
e. If the product has been dropped or damaged in any way.
f. When the product exhibits a distinct change in performance-this indicates a need for service.
21. Replacement Parts
When replacement parts are required, be sure the service technician has used replacement parts specified by the manufacturer or have the same
characteristics as the original part.
Unauthorized substitutions may result in fire, electric shock, or other hazards.
22. Safety Check
Upon completion of any service or repairs to this product, ask the service technician to perform safety checks to determine that the product is in
proper operating condition.
23. Wall or Ceiling Mounting
The product should be mounted to a wall or ceiling only as recommended by the manufacturer.
24. Heat
The product should be situated away from heat sources such as radiators, heat registers, stoves, or other products (including amplifiers) that produce
heat.
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WICHTIGE SICHERHEITS ANWEISUNGEN
1. Alle Anweisungen lesen
Vor Betrieb des Erzeugnisses sollten alle Sicherheits-und Bedienungsanleitungen gelesen werden.
2. Die Anweisungen aufbewahren
Die Sicherheits-und Bedienungsanleitungen sollten fünftigen Bezug aufbewahrt werden.
3. Warnungen beachten
Die Warnungen auf dem Erzeugnis und in den Bedienungsanleitungen solten beachtet werden.
4. Anweisungen befolgen
Alle Bedienungsanleitung-und Verwendungsanweisungen sollten befolgt werden.
5. Reinigung
Den Stecker des Geräts vor Reinigung aus der Steckdose ziehen. Keine flüssigen Reinigungsmittel oder Aerosolreiniger verwenden. Zum Reinigen
einen feuchten Lappen verwenden.
6. Zubehör
Nur vom-Hersteller des Erzeugnisses empfohlenes Zubehör verwenden, da es sonst zu Störungen kommen kann.
7. Wasser und Feuchtigkeit
Dieses Erzeugnis nicht in der Nähe von Wasser verwenden - z.B, in der Nähe einer Badewanne, eines Waschbeckens, einer Küchenspüle, eines
Waschzubers, in einem nassen Keller, in der Nähe eines Schwimmbeckens usw.
8. Aufstellung
Das Erzeugnis nicht auf einen unstabilen Wagen, Stand, Dreifuß, Träger oder Tisch stellen. Das Erzeugnis kann sonst herunterfallen und ein kind
oder einen Erwachsenen schwer verietzen. Außerdem kann das Gerät schwer beschädigt werden. Nur mit einem Wagen, Stand, Dreifuß, Träger
oder Tisch verwenden, der vom Hersteller empfohlen oder mit dem Erzeugnis verkauft worden ist. Für jegliche Anbringung sollten die Anweisungen
des Herstellers befolgt werden, und das vom Hersteller empfohlene Anbringungszubehör sollte verwendet werden.
9. Eine Kombination von Erzeugnis und Wagen sollte vorsichtig bewegt werden
Schneller Halt, übermäßige Krafteinwirkung und unebene Oberflächen können Umkippen der kombination von Erzeugnis und Wagen verursachen.
10. Ventilation
Schlitze und Öffnungen im Gehäuse dienen der Ventilation. Sie sind für zuverlässigen Betrieb des Gerätes und Schutz vor Überhitzung erforderlich
und dürfen nicht blockiert oder abgedeckt werden. Die Öffnungen sollten niemals dadurch blockiert werden, daß, das Gerät auf ein Bett, ein Sofa, einen
Teppich oder eine ähnliche Oberfläche gestellt wird.
Das Gerät sollte nur dann in Einbauinstallierung wie in einem Bücherschrank oder einem Gestell verwendet werden, wenn angemessene Ventilation
vorgesehen ist bzw. Die Anweisungen des Herstellers befolgt worden sind.
11. Stromversorgung
Dieses Erzeugnis sollte nur an der auf dem Typenschild angegebenen Stromversorgungsart betrieben werden. Wenn Sie nicht sicher sind, was für
eine Stromversorgung Sie haben, so wenden Sie sich bitte an Ihren Erzeugnishändler oder an das lokale Elektrizitätswerk. Beziehen Sie sich für
Batteriebetrieb oder andere Stromquellen vorgesehene Erzeugnisse bitte auf die Bedienungsanleitungen.
12. Erdung oder Polarisierung
Dieses Erzeugnis ist mit einem Schutzkontaktstecker mit drei Leitern ausgerüstet, mit einem Erdungskontakt. Dieser Stecker paßt nur in ein
schuko-Steckdose. Dies ist eine Sicherheitsmaßnahme. Wenn Sie den Stecker nicht in die Steckdose stecken können, so wenden Sie sich bitte
an ihren Elektriker, damit er die veraltete Schuts des Schutzkontaktsteckers unwirksam.
13. Netzkabelschutz
Netzkabel sollten so verlegt werden, deß möglichst nicht darauf getreten wird und daß sie nicht eingeklemmt werden, mit besonderer Beachtung der
kabel an Stackern, Verlängerungskabeln und dem Austritt des Kabels aus dem Erzeugnis.
14. Blitzschlag
Für zusätzlichen Schutz des Erzeugnisses während eines Gewitters oder bei Nichtverwendung für lange Zeit den Stecker aus der Steckdose ziehen.
Dies verhütet Beschädigung durch Blitzschlag und Netzspannungsstöße.
15. Überlastung
Wandsteckdosen, Verlängerungskabel und eingebaute Bequemlickkeitssteckdosen nicht überlasten, da dies Feuer oder elektrischen Schlag
verursachen kann.
16. Eindringen von Fremdkörpern und Flüssigkeit
Niemals Objekte irgendwelcher Art durch die Öffnungen in das Gerät schieben, da diese unter hoher Spannung stehende Teile berühren oder
kurzschließen können, wodurch es zu Feuer oder elektrischem Schlag kommen kann. Niemals Flüssigkeiten irgendwelcher Art auf das Erzeugnis
verschütten.
17. Entflammbare und explosive Substanzen
Vermeiden Sie Verwendung dieses Erzeugnisses an Orten mit Gasen bzw. entflammbaren oder explosiven Substanzen in der direkten Umgebung.
18. Starke stöße oder Vibrationen
Setzen Sie das Erzeugnis beim Transport nicht starken Stößen oder Vibrationen aus.
19. Wartung
Versuchen Sie nicht, dieses Erzeugnis Selbst zu warten, da Sie sich durch Öffnen bzw. Entfernen von Abdeckungen hohen Spannungen und
sonstigen Gefährdungen ausserzen können. Beziehen Sie sich für jegliche Wartung auf qualifiziertes Wartungspersonal.
20. Beschädigung, die Wartung erfordert
Ziehen Sie den Stecker dieses Erzeugnisses aus der Steckdose und wenden Sie sich an qualifiziertes Wartungspersonal, wenn eine der folgenden
Bedingungen vorliegt:
a. Wenn das Netzkabel oder der Stecker beschädigt ist.
b. Bei Eindringen von Flüssigkeit oder Fremdkörpern in das Gerät.
c. Wenn das Erzeugnis Regen oder Wasser ausgesetzt worden ist.
d. Wenn das Erzeugnis bei Befolgen der Bedienungsanleitungen nicht normal funktioniert. Nur die Regelelemente verstellen, die in den
Bedienungsanleitungen behandelt werden, da unangemessene Einstellung anderer Regelelemente Beschädigung verursachen kann und oft
beträchtliche Arbeit durch einen qualifizierten Techniker erfordert, um das Erzeugnis wieder, zu normalem Betrieb zurückzubringen.
e. Wenn das Erzeugnis fallen gelassen oder beschädigt worden ist.
f. Wenn das Erzeugnis eine klare Änderung in der Leistung zeigt-dies weist darauf hin, daß Wartung erforderlich ist.
21. Ersatzteile
Wenn Ersatzteile erforderlich sind, darauf achten, daß der Wartungstechniker nur die vom Hersteller festgelegten Ersatzteile oder Teile mit den
gleichen Charakteristiken wie die ursprünglichen Teile verwendet. Unautorisierte Ersatzteile können Feuer, elektrischen Schlag oder sonstige
Gefährdungen verursachen.
22. Sicherheitsprüfung
Bitten Sie den Wartungstechniker nach der Vollendung von Wartung oder Reparaturarbeiten an diesem Erzeugnis um die Durchführung von
Sicherheitsprüfungen, um zu bestimmen, daß das Erzeugnis im angemissenen Betriebszustand ist
23. Anbringung an der Wand oder an der Decke
Das Erzeugnis sollte nur entsprechend den Empfehlungen des Herstellers an einer Wand oder an der Decke angebracht werden.
24. Wärme
Das Erzeugnis sollte fern von W ärmequellen wie Radiatoren, Heizwiderständen, Öfen und anderen Wärme erzeugenden Erzeugnissen
(einschließlich Verstärkern) aufgestellt werden.
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MISES EN GARDE IMPORTANTES
1. Lire les instructions
Lire toutes les instructions de sécurité et de fonctionnement avant de faire fonctionner l’appareil.
2. Conserver ces instructions
Conserver les instructions de sécurité et de fonctionnement á des fins de référence ultérieure.
3. Tenir compte des avertissements
Tous les avertissements qui figurent sur l’appareil et dans le mode d’emploi devront être respectés.
4. Observer les instructions
Observer toutes les instructions de fonctionnement et d’utilisation.
5. Nettoyage
Avant de procéder au nettoyage, débrancher l’appareil de la prise secteur. Ne pas utiliser de produits de nettoyage liquides ou en aérosol.
Nettoyer l’appareil avec un chiffon humide.
6. Fixations
Ne pas utiliser de fixations non recommandées par le fabricant de l’appareil car elles pourraient être source de danger.
7. Eau et humidité
Ne pas utiliser l’appareil á proximité d’eau-ar exemple prés d’une baignoire, d’un lavabo, d’un évier ou d’un bac á lessive, dans un sous-sol humide, ou prés
d’une piscine, etc.
8. Accessoires
Ne pas placer l’appareil sur un chariot, un socle, un pied, un support ou one table instables L’appareil pourrait tomber, blessant griévement des
enfants ou des adultes, et étant sérieusement endommagé.
Utiliser exclusivement le chariot, le socle, le pied, le support ou la table recommandés par le fabricant, ou vendus avec l’appareil. Pour tout
montage de l’appareil, respecter les instructions du fabricant, et utiliser á cette fin l’accessoire de montage recommandé par le fabricant.
9. L’appareil monté sur son chariot devra être déplacé avec précaution
Des arrêts brusques, une force excessive et des surfaces irréguliéres pourraient provoquer le renversement de l’ensemble appareil-chariot.
10. Ventilation
Les fentes et les ouvertures du coffret sont prévues pour la ventilation ainsi que pour garantir un fonctionnement en toute sécurité de l’appareil et le
protéger de toute surchauffe, et ces ouvertures ne devront donc être ni obstruées ni recouvertes. Ne jamais obstruer les ouvertures en placant
l’appareilsur un lit, un sofa, un tapis ou toute surface similaire. Ne jamais placer l’appareil dans un support confiné, par exemple une bibliothéque ou
une é tagé re, sans ventilation suffisante ou sans repecter les instructions du fabricant.
11. Sources d’allmentation
L’appareil devra être alimenté exclusivement sur le type d’alimentation indiqué sur l’étiquette signalétique. Sil’on n’est pas sûr du type d’alimentatio
du local, consulter le revendeur de l’appareil ou la compagnie d’électricité locale. Pour les appareils qui fonctionnent sur batterie ou sur d’autres
sources, voir le mode d’emploi.
12. Mise á la terre ou polarisation
L’appareil est doté d’une fiche trifilaire avec mise á la terre, dont la troisiéme broche assure la mise á la terre. Cette fiche ne rentrera que dans les
prises trifilaires de mise á la terre. Ceci est une mesure de sécurité. Si la fiche ne rentre pas dans la prise, faire remplacer la prise désuéte par un
électricien.
Ne pas rendre vaine la measure de sécurité assurée par cette prise avec mise á la terre.
13. Protection du cordon d’alimentation
Acheminer les cordons d’alimentation de facon qu’on ne risque pas de marcher dessus ou de les coincer sous un objet placé dessus ou contre eux.
Faire particuliérement attention aux fiches des cordons, á la proximité des prises, et á l’endroit oú ils ressortent de l’appareil.
14. Foudre
Pour renforcer la protection de l’appareil pendant un orage, ou si l’on s’en éloigne ou qu’on reste longtemps sans l’utiliser, le débrancher de la source
d’alimentation. Ceci permettra d’éviter tout dommage de l’appareil dú á la foudre et aux surtensions de ligne.
15. Surcharge
Ne pas surcharger les prises, rallonges et prises multiples car cela pourrait entraîner un risque de feu ou de choc électrique.
16. Pénétration d’objets et de liquides
Ne jamais enfoncer d’objets d’aucune sorte dans les ouvertures de l’appareil car ils pourraient toucher des points de tension dangereuse ou
court-circuiter des piéces, ce qui pourrait provoquer un feu ou un choc électrique. Ne jamais renverser de liquide d’aucune sorte sur l’appareil.
17. Substances inflammabes et explosives
Eviter d’utiliser l’appareil en présence de gaz, ainsi qu’á proximité immédiate de substances inflammables et explosives.
18. Chocs ou vibrations violents
Lorsqu’on transporte l’appareil, ne pas le soumettre á des chocs ou des vibrations violents.
19. Réparations
Ne pas tenter de réparer l’aapareil soi-même car le fait d’ouvrir ou de retirer les caches risque d’exposer l’utilisateur á des tensions dangereuses
notamment. Confier toute réparation á un personnel qualifié.
20. Dommages nécessitant réparations
Débrancher l’appareil de la source d’alimentation et confier les réparations á un personnel qualifié dans les cas suivants:
a. Lorsque le cordon d’alimentation ou sa fiche sont endommagés
b. Si du liquide s’est renversé sur l’appareil ou que des objets sont tombés dedans
c. Si l’appareil a été exposé á la pluie ou á l’eau.
d. Si l’appareil ne fonctionne pas normalement lorsqu’on observe les instructions d’utilisation.
Ne régler que les commandes couvertes par le mode d’emploi ; en effet, un réglage incorrect des autres commandes pourrait entrainer des
dommages et nécessiteront souvent des travaux de réparation coûteux par un technicien qualifié pour remettre l’appareil en état de marche.
e. Si l’appareil est tombé ou qu’il a été endommagé.
f. Si l’appareil affiche une nette modification de ses performances, cela signifie qu’il a besoin d’être réparé.
21. Piéces de rechange
Si l’on a besoin de piéces de rechange, veiller á ce que le technicien de réparation utilise exclusivement les piéces de rechange spécifiées par le
fabricant ou des piéces ayant les mêmes caractéristiques que les piéces d’origine. Les piéces de rechange non autorisées risquent de provoquer
un feu, un choc électrique et autres dangers.
22. Vérificaton de sécurité
Aprés tout travail d’entretien ou de réparation de l’appareil, demander au technicien de réparation d’effectuer les vérifications de sécurité pour
s’assurer que l’appareil est en bon état de marche.
23.Montage au mur ou au plafond
L’appareil ne pourra être monté au mur ou au plafond que de la maniére recommandée par le fabricant.
24. Chaleur
Eloigner l’appareil des sources de chaleur, telles que radiateurs, appareils de chauffage, cuisiniéres, et de tour produit engendrant de la chaleur (y
compris les amplificateurs).
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IMPORTANT NOTICE
These products have been tested and found to comply with the limits for a Class A digital device, pursuant 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 product 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.
WARNING
Changes or modifications not expressly approved by HITACHI KOKUSAI ELECTRIC responsible for compliance
could void the user’s authority to operate the equipment.
These products do not exceed the class A/class B limits for radio noise emissions from digital apparatus as set out in
the radio interference regulations.
Le présent appareil n’émet pas de bruits radioélectriques dépassant les limités applicable aux appareils numériques
de classe A prescrites dans le rVglement sur le brouillage radioélectrique édicter par le ministére des
communications du canada.
For U.S.A.
For Canada
China RoHS
The following statement is related to the regulation on “ Measures for the Administration of the control of Pollution by Electronic
Information Products “ , known as “ China RoHS “.
The table shows contained Hazardous Substances in this camera.
说明书（环境方面：补充资料）
对象产品：CCD 摄像机
１．电子产品污染控制标志
此 标 志 是 根据 2006 年 2 月 28 日公 布 的《 电 子信 息产 品 污染控制 管 理 办 法》 以及
SJ/T11364-2006《电子信息产品污染控制标识要求》而制定的，是用来表示适用于在中华人民
共和国流通的电子信息产品的环保使用期限。
只要遵守此类产品的安全事项以及使用上应注意的问题，从制造日起到此年限内，不会发生
产品中的有害物质外泄、突变等，不会对环境、人体以及财产产生严重影响。同时，此年限是
除去必须定期交换的保守部品的，是其他产品的环保使用期限。
产品在正常情况下使用完毕要废弃时，请遵守各地区对电子信息产品的回收・再利用的相关各项法律、法规。
另外，从第三者处转买的情况下即使在本期限内也视为失去效力。
２．产品中有毒有害物质或元素的名称及含量
部件名称
１ 主机 × ○ ○ ○ ○ ○
○：表示该有毒有害物质在该部件所有均质材料中的含量均在 SJ/T11363-2006 标准规定的限量要求以下。
×：表示该有毒有害物质至少在该部件的某一均材料中的含量超出 SJ/T11363-2006 标准规定的限量要求。
铅
(Pb)
水银
(Hg)
有毒有害物质或元素
镉
(Cd)
六价铬
(Cr(VI))
多溴联苯
(PBB)
多溴二苯醚
(PBDE)
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Note: This product using following equipments satisfies the CE standards.
The shield type camera cable (C-201KSS)
The shield type LAN cable (C5E(S-HFR)(K)-HSL-1: Oki)
Clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera and video processor ends).
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Note: This product using following equipments satisfies the CE standards.
The shield type camera cable (C-201KSS)
The shield type LAN cable (C5E(S-HFR)(K)-HSL-1: Oki)
Clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera and video processor ends).
F
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Note: This product using following equipments satisfies the CE standards.
The shield type camera cable (C-201KSS)
The shield type LAN cable (C5E(S-HFR)(K)-HSL-1: Oki)
Clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera and video processor ends).
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Note: This product using following equipments satisfies the CE standards.
The shield type camera cable (C-201KSS)
The shield type LAN cable (C5E(S-HFR)(K)-HSL-1: Oki)
Clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera and video processor ends).
H
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Note: This product using following equipments satisfies the CE standards.
The shield type camera cable (C-201KSS)
The shield type LAN cable (C5E(S-HFR)(K)-HSL-1: Oki)
Clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera and video processor ends).
I
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Note: This product using following equipments satisfies the CE standards.
The shield type camera cable (C-201KSS)
The shield type LAN cable (C5E(S-HFR)(K)-HSL-1: Oki)
Clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera and video processor ends).
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Phenomena inherent to CCD imaging device
The following phenomena are inherent to a charge coupled device imaging element and do not indicate malfunction.
1) Smear and blooming
Vertical bands are visible when a strong light enters the scene. Adjust the camera aiming direction carefully to avoid strong
direct or reflected light.
2) Fixed pattern noise
High ambient temperature can cause fixed pattern noise to appear throughout the scene.
3) White spot
Imperceptible white spots may rarely come up on the screen due to cosmic rays and so on. It becomes easy to appear when the
sensitivity of the camera is raised in the operation at the high temperature.
4) Moire
Interaction between patterns can produce an additional "phantom" pattern to appear. The CCD picture elements (pixels) are
arranged in a pattern, which can interact with a pattern in the scene (e.g., a performer wearing a finely striped necktie) to result in
a Moire pattern. The effect should be considered when selecting costumes, props and other scene elements.
5) Ghosting
Strong direct or reflected light near an object of interest can cause ghosting of the object to appear in the picture. The effect is
more obtrusive with certain iris settings and lens types. Select the scene layout and camera pointing direction carefully in order
to avoid this effect.
Operating considerations Notes to users
1. Important safety notes
・ Use this camera with a 12VDC power supply,
・ Observe that flammable objects, water or metal do not enter the camera interior. These may lead to failure or accident.
・ Do not modify the camera or use the camera with external covers removed. These may cause failure, void any warranties and pose a
safety hazard.
・ Sop using the camera at the approach of electrical storm (thunder audible). Protect the camera from rain if using it outdoors.
・ In event the camera shows any abnormality, switch off the camera and disconnect the power cord. Contract a Hitachi Denshi service
representative.
2. Handling
・ Do not attempt to remove cover.
・ When installing or removing a lens, be sure to use care that water or dust dose not enter the inside of the camera.
3. Installing and storage
Avoid installing or storing the camera in the following environments.
・ Environments exposed to direct sunlight, rain or snow.
・ Environments where combustible or corrosive gas exists.
・ Excessively warm or cold environment (Operating ambient temperature: -10 to 50℃).
・ Humid or dusty environment.
・ Place subjected to excessive vibration or shock.
・ Environment exposed to strong electric or magnetic field.
・ Do not aim the camera lens at the sun.
・ Do not shoot strong light.
When such a scene is shot, vertical trailing will appear. However, this is not due to failure. In case strong light enters camera through the
lens, partial deterioration in picture quality will result.
4. To obtain stable performance for long time
・ When the camera is used continuously for long time under high ambient temperature, the inside electrical parts become deteriorated,
resulting in shortening its life. To use the camera continuously for long time, the highest temperature must be below 40℃.
5. Connectors
・ Confirm the power is off before connecting or disconnecting a signal cable. Grasp connectors by the body, not the attached wires.
6. Cleaning
・ Use a blower or a lens brush to remove dusts on the lens or the optical filter.
・ Wipe dirt on the case off with dry soft cloth. If dirt are hardened, wipe them off with cloth moistened with neutral detergent liquid; wipe
the cover with dry cloth.
・ Do not use benzene, thinner, alcohol, liquid cleaner or spray-type cleaner.
・ In event dust or other debris is lodged between the CCD and optical filter, consult dealer for cleaning by an optical technician.
7. Attention about laser light
・ Laser light may do damage to CCD.
・ When you use laser light, be careful to irradiate it on the CCD surface.
・ The CCD breakage by laser light irradiation is out of warranty. (The repair is not free of charge.)
K
Page 13
Table of Contents
1. Overview ········································································································································································································ 1
2. Standard Composition ············································································································································································· 1
3. Features ········································································································································································································· 1
4. Section name and functions ································································································································································ 2
5. Camera mounting ······················································································································································································· 2
6. Lens ················································································································································································································· 2
7. Optical filter ································································································································································································· 3
8. Connector ····································································································································································································· 4
9. System example ························································································································································································· 5
10. Functions and operations ······································································································································································ 7
11. Frame rate ···································································································································································································· 28
12. Packet size and Packet delay ····························································································································································· 33
13. Trigger mode ································································································································································································ 34
14. Digital output ······························································································································································································· 37
15. Trigger operation and timing chart ··················································································································································· 38
16. Input /Output signal ················································································································································································· 44
17. Photo coupler delay ················································································································································································· 44
18. Output sequence of RAW data ··························································································································································· 45
19. Spectral response ····················································································································································································· 47
20. Specifications ······························································································································································································ 53
21. Dimensions ··································································································································································································· 57
L
Page 14
Overview
Molded type
Shield type
2m C-201KSM
C-
201KSS
5m C-
501KSM
C-
501KSS
10m C-102KSM
C-
102KSS
KP-FD500GV/FD202GV/F145GV/FD140GV/FD83GV/FD33GV are Gigabit Ethernet output type color camera which utilized
the progressive scan CCD image sensor with square pixel which adopted the RGB primary color mosaic filter. KP-F500GV
/F202GV/F145GV/F140GV/F83GV/F33GV are black and white type. KP-FD145GV and KP-F145GV have sensitivity in the
near-infrared region.
Since these cameras are Power over Ethernet (PoE) type, power supply is input via LAN cable.
Standard composition
Check when unpacking
Camera (with IR cut filter / Dummy glass） ·································· 1
Composition table ·················································································· 1
Optional accessories
(1) 12 pin plug HR10A-10P-12S(01)
(2) Junction box JU-F30/JC-100
(3) Dummy glass (AR coated) ARC1214
(4) IR cut filter IRC650
(5) Tripod adaptor TA-M1
(6) LAN cable (CAT5E or CAT6)
In the CE Marking region, use a high flexibility shielded cable
(recommended C5E(S-HFR)(K)-HSL-1: Oki). Refer to page 6.
(7) Camera cable
In the CE Marking region, use the shield type and attach clamp
filter (ZCAT 2035-0930A: TDK) at both ends (camera and
video processor ends). Refer to page 6.
Note: When not using the specified junction box, LAN cable,
camera cable and clamp filter, malfunctions may be caused.
Features
・High resolution
The 2/3-inch 5.00 million pixels (KP-FD500GV/F500GV), the 1/1.8-inch 2.02 million pixels (KP-FD202GV/F202GV), the
2/3-inch 1.45 million pixels (KP-FD145GV/F145GV), the 1/2-inch 1.45 million pixels (KP-FD140GV/F140GV), the 1/3-inch
0.8 million pixels (KP-FD83GV/F83GV) and the 1/3- inch 0.33 million pixels (KP-FD33GV/F33GV) square lattices CCD
achieve a high resolution.
・Gigabit Ethernet
By adoption of Gigabit Ethernet interface, high-speed connection of maximum of 1 Gbps can be possible. Moreover, by using
hub or switcher, construction of multiple camera system can be easily performed.
It is also possible to 100m.
・GigE VisionTM correspondence
Based on Industrial camera interface standard GigE Vision, a maximum of 1Gbps high speed data transmit is available and
suitable for image processing.
・GENiCAMTM correspondence
Development of camera control system is easy because industrial camera control API "GENiCAM" lead EMVA (European
Machine Vision Association).
・High color fidelity
RGB primary color mosaic filter and 6 color independent achieve a high resolution and high color fidelity.
・Power over type Ethernet
Power supply can be input via Ethernet cable.
GENiCAMTM is a trademark of EMVA (European Machine Vision Association). Ethernet is a trademark of XEROX Corporation.
GigE VisionTM and the distinctive logo are trademarks of AIA (Automated Imaging Association).
1
Page 15
Section name and functions
Camera / Tripod adaptor
Lens mount
Camera / Tripod adaptor
mounting screw holes
（C mount）
mounting screw holes
Ethernet connector
Use for digital video output and
camera control signal input/
output signal.
DC IN/SYNC connector
Use for DC+12V power or external
ＲＡ Ｔ ＥＤ
ＳＥ Ｒ ． ＮＯ ．
Ｐ ＬＡ Ｔ Ｅ
trigger /VD signal input.
Camera mounting
Attached optional accessory the tripod adaptor "TA-M1", mount the camera to a tripod or mounting bracket.
L
Screw type: Ｕ1/4-20
Length Ｌ = 4 to 5.5mm
Screws longer than 5.5 mm can cause internal damage, while less
than 4 mm prevents secure fastening and risks dropping to cause
damage and injury.
Lens
CAUTION
Observe the dimensions of the lens mounting selection as
illustrated at the right.
If the dimensions are not observed, do not use such a lens,
because the lens and the camera will be damaged.
Lens optics
Lens flange
Max 6.5mm
2
Page 16
Optical filter
1
2
3 4
How to remove the IR cut filter / Dummy glass (*).
(1) Remove two screws ① and filter holder ② will come off.
(2) Remove the IR cut filter / Dummy glass ③ from filter frame ④.
(3) Then, reinstall and secure filter holder ② with two screws ①.
Note: Prior to removing the optical filter, be sure to turn off the power. Since garbage etc. invades into image reception surface
camera, please work under the clean air, such as a CLEAN ROOM.
* IR cut filter is equipped in the KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV.
Dummy glass is equipped in the KP-F500GV/F202GV/F145GV/F140GV/F83GV/F33GV.
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Page 17
Connector
LED 1
LED 2
1. Ethernet connector
PIN NO.
1 TRP1+
2 TRP13 TRP2+
4 TRP3+
5 TRP36 TRP27 TRP4+
8 TRP4-
Status LED 1 LED 2
Immediately after Power ON Green Light On Orange Light On
1Gb Transmission Green Light On Orange Blink On
100Mb Transmission Red Light On Orange Blink On
2. DCIN/SYNC connector
PIN NO.
1 GND (+12V) 7 TRIG-A / VD (H)
2 +12V 8 TRIG-B (C)
3 GND 9 TRIG-B (H)
4 N.C. 10 FLASH / VD OUT
5 GND 11 N.C.
6 N.C. 12 TRIG-A / VD (C)
Connector (matching camera: SNH-10-12(RPCB) SANWOO or equivalent
Plug (matching cable plug: HR10A-10P-12S(01) HIROSE or equivalent
In the CE Marking region, use the shield type and attach clamp filter (ZCAT 2035-0930A: TDK) at both ends (camera
and video processor ends). Refer to page 6 for details.
Please do not connect 1 pin and 3/5 pin when using PoE. When connecting it, PoE may stop the power supply.
Because TRIG-A/VD and TRIG-B are photo coupler input, 8/12 pin is isolated with 1/3/5 pin. When 8/12 pin is
connected to GND, please connect to 3 pin or 5 pin.
(Note) Please do not unplug and insert cable (digital out cable) with a power supplied to a camera.
Please do not input any single to N.C. pin because .the camera may break down.
Signal
Signal PIN NO.
Signal
3
11
10
1
2
9
8
12
4
6
5
7
4
Page 18
System example
KP-FD500GV/F500GV/FD202GV/F202GV/FD145GV/F145GV/FD140GV/F140GV/FD83GV/F83GV/FD33GV/F33GV connect
to PC sing LAN cable.
HIT ACH I
Camera
Camera cable
LAN cable
(CAT5E/CAT6)
JU-F30
HIT ACH I
LAN cable
(CAT5E/CAT6)
Camera
PoE hub
(*) Note that following point when connecting the camera
(1) Please connect the camera to device for Gigabit Ethernet (1000BASE-T).
Please set the imaging size according to following formula when the camera is connected to 100BASE network.
(Image Width) x (Image Height) x (Data bit) ≦ 20000000 ･･･ KP-FD500GV
≦ 18750000 ･･･ KP-F500GV
≦ 16000000 ･･･ KP-FD202GV/F202GV
Any Image size is OK ･･･ Models except the above
(2) Please use LAN cable of CAT5E or more (recommendation: CAT6 straight cable).
(3) To the NIC for Jumbo frame is recommended to be used
Recommended NIC: Intel Pro1000 PT Desktop
(4) When the camera is connected to Laptop PC, please use the one whose built-in LAN is Gigabit Ethernet
(1000BASE-T) correspondence.
The external LAN card (CardBus32 or USB2.0) may not display the cameras ability because of the bus limitation.
ExpressCard is corresponded on the standard but useable product is unconfirmed (.as of April, 2008).
(5) Please connect the camera and PC by 1 to 1 as much as possible
Please use the device corresponded to Jumbo frame when using the switching hub etc.
(6) Please confirm if the camera and the connected LAN port have same subnet.
Example-1: Same subnet --> Controllable
IP address Subnet mask Subnet
Camera 192.168.1.100 255.255.255.0 192.168.1.0/24
LAN port 192.168.1.1 255.255.255.0 192.168.1.0/24
Example-2: Different subnet --> Uncontrollable
IP address Subnet mask Subnet
Camera 192.168.1.100 255.255.255.0 192.168.1.0/24
LAN port 192.168.2.1 255.255.255.0 192.168.2.0/24
(7) A striped noise might be caused according to the equipment (hub etc.) connected with the camera.
In that case, please connect the cable to another port of the equipment again.
(8) Please disable UAC (User Account Control) when using WindowsVista.
Please set UAC to "Never notify" when using Windows7.
+12V
PC with NIC
for Gigabit
5
Page 19
(C-201KSS)
(8) In the CE Marking region, use following specified cables and clamp filters
Camera cable
HIT ACH I
Camera
(C5E(S-HFR)(K)-HSL-1: Oki)
LAN cable
(ZCAT 2035-0930A: TDK)
Clamp filter
Camera cable / LAN cable
Approx. 100 to 150 mm
(Same applies to LAN cable)
Ferrite core
Plastic case
6
Page 20
Functions and operations
START
Various mode setup and adjustment of KP-FD500GV/F500GV/FD202GV/F202GV/FD145GV/F145GV/FD140GV/F140GV
/FD83GV/F83GV/FD33GV/F33GV are performed by the remote control via Gigabit Ethernet. Operation and adjustment way
of function utilized are described below.
Each command is classified into following 5 types:
・ Enumeration : Command dealing with enumeration-type parameter
・ Integer : Command dealing with integer-type parameter
・ Float : Command dealing with float-type parameter
・ Command : Executable format command
・ String : Command dealing with string
"Standard" means the function based on GENiCAMTM Standard Feature Naming Convention (SFNC) and "Custom" means the
original function. The function with description of "related to SELECTOR" is affected to change of SELECTOR value.
The software for GENiCAMTM can operate by using command name. Moreover, it can also be operated by reading /writing the
value to address directly.
1. Commands for acquisition (1) ACQUITION ： Setting for image acquisition method
・MODE ： Select of mode
Command name ： AcquitionMode (Enumeration / Standard)
Address ： A0030000 h
Values (Factory setting 1) ： 1 "Continuous" Frames are captured continuously until stopped with the STOP command.
2 "MultiFrame" The number of frames specified by FRAME COUNT is captured.
3 "SingleFrame" One frame is captured.
・START ： Acquisition start
Command name ： AcquiationStart (Command / Standard)
Address ： A0030004 h
Values (write only) ： 1 Start the acquisition of the camera image.
・STOP ： Acquisition stop
Command name ： AcquitionStop (Command / Standard)
Address ： A0030008 h
Values (write only) ： 0 Stop the acquisition of he camera image.
・EXTRA MODE ： Special one shot *using when MODE is SingleFrame
Command name ： AcquitionModeExtra (Enumeration / Custom)
Address ： A0F30018 h
Values (Factory setting 0) ： 0 "Off" The camera releases the shutter according to internal synchronization.
1 "On" The camera releases the shutter when START command is received.
Exposure
(Internal sync)
Data output
Data output timing when EXTRA MODE is Off
Exposure
START command
Data output
Data output timing when EXTRA MODE is On
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Page 21
・FRAME COUNT ： Set the number of capture *using when MODE is MultiFrame
Command name ： AcquitionFrameCount (Integer / Standard)
Address ： A003000C h
Values (Factory setting 1) ： 1 to 255 Set the number of frames to be acquired in MultiFrame mode.
・FRAMERATE RAW ： Acquisition frame rate
Command name ： AcquitionFrameRateRaw (Integer / Standard)
Address ： A0030014 h
Values (Factory setting 36: KP-FD500GV
63: KP-F500GV
251: KP-FD202GV
265: KP-F202GV
245: KP-FD145GV/FD140GV
261: KP-F145GV/F140GV
297: KP-FD83GV
313: KP-F83GV
384: KP-FD33GV
403: KP-F33GV
： 1 to 36 : KP-FD500GV
7 to 63: KP-F500GV
7 to 251: KP-FD202GV
7 to 265: KP-F202GV
7 to 245: KP-FD145GV/FD140GV
7 to 261: KP-F145GV/F140GV
7 to 297: KP-FD83GV
7 to 313: KP-F83GV
7 to 384: KP-FD33GV
7 to 403: KP-F33GV Control the Frame rate in 1 fps step.
* Refer to page 28 "Frame rate"
・CURRENT FRAMERATE ： Current actually frame rate
Command name ： CurrentFrameRateRaw (Integer / Custom)
Address ： A0F30104 h
Values (read only) ： 1 to 9 : KP-FD500GV
7 to 63: KP-F500GV
7 to 251: KP-FD202GV
7 to 265: KP-F202GV
7 to 245: KP-FD145GV/FD140GV
7 to 261: KP-F145GV/F140GV
7 to 297: KP-FD83GV
7 to 313: KP-F83GV
7 to 384: KP-FD33GV
7 to 403: KP-F33GV
It is frame rate that camera actually drives.
* Refer to page 28 "Frame rate"
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Page 22
2. Commands for acquisition image (1) WIDTH MAX ： Maximum width of the image
Command name ： WidthMax (Integer / Standard)
Address ： A002F008 h
Values (read only) ： 2448: KP-FD500GV/F500GV
1620: KP-FD202GV/F202GV
1360: KP- FD145GV/F145GV/FD140GV/F140GV
1024: KP-FD83GV/F83GV
656: KP-FD33GV/F33GV
(2) HEIGHT MAX ： Maximum height of the image
Command name ： HeightMax (Integer / Standard)
Address ： A002F00C h
Values (read only) ： 2050: KP-FD500GV/F500GV
1220: KP-FD202GV/F202GV
1024: KP- FD145GV/F145GV/FD140GV/F140GV
768: KP-FD83GV/F83GV
492: KP-FD33GV/F33GV
(3) WIDTH ： Set the actual image width
Command name ： Width (Integer / Standard)
Address ： A0020000 h
Values (Factory setting 2448: KP-FD500GV/F500GV
1620: KP-FD202GV/F202GV
1280: KP-FD145GV/FD140GV
1360: KP-F145GV/F140GV
1024: KP-FD83GV/F83GV
652: KP-FD33GV/F33GV)
： 2 to WIDTH MAX Set the actual image width at intervals of 2 pixels.
(4) HEIGHT ： Set the actual image height
Command name ： Height (Integer / Standard)
Address ： A0020004 h
Values (Factory setting 2050: KP-FD500GV/F500GV
1220: KP-FD202V/F202GV
960: KP-FD145GV/FD140GV
1024: KP-F145GV/F140GV
768: KP-FD83GV/F83GV
490: KP-FD33GV/F33GV)
： 2 to HEIGHT MAX Set the actual image height at intervals of 2 pixels.
(5) OFFSET ： Setting of start position of the actual image
・OFFSET X ： Set the horizontal offset
Command name ： OffsetX (Integer / Standard)
Address ： A0020008 h
Values (Factory setting 0) ： 0 to (WIDTH MAX - WIDTH - 2)
Set the horizontal start position of the actual image at intervals of
2 pixels.
・OFFSET Y ： Set the vertical offset
Command name ： OffsetY (Integer / Standard)
Address ： A002000C h
Values (Factory setting 0) ： 0 to (HEIGHT MAX - HEIGHT - 2)
Set the vertical start position of the actual image at intervals of
2 pixels.
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Pixel alignments of each Pixel format are following.
(6) BINNING ： Setting of the binning mode
・VERTICAL ： Set the number of vertical photo-sensitive cell
Command name ： BinningVertical (Integer / Standard)
Address ： A0020010 h
Values (Factory setting 1) ： 1 to 2 When set to 1, not perform the binning mode.
When set to 2, the vertical image size will be half and frame rate
will nearly double.
*KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV have only 1
(7) PIXEL FORMAT ： Setting of the pixel format
・PIXEL FORMAT ： Set the pixel format
Command name ： PixelFormat (Enumeration / Standard)
Address ： A0020014 h
Values ： *Refer the following table Following format is available
Format Values Available for
Mono8 0108000116 All models
Mono10 0110000316 All models
Mono12 0110000516 All models
BayerRG8 0108000916 only Color camera
BayerRG10 0110000D16 only Color camera
BayerRG12 0110001116 only Color camera
RGB8Packed 0218001416 only Color camera
BGR8Packed 0218001516 only Color camera
RGB10V1Packed 0220001C16 only Color camera
RGB12Packed 0218001816 only Color camera
YUV422Packed 0210001F16 only Color camera
YUV422_10Packed 8018000116 only Color camera
YUV422_12Packed 8018000216 only Color camera
・Mono8/BayerRG8 ・Mono10/Bayer10 ・Mono12/Bayer12
0 … 7 0 … 7 8 9XXXXXX 0 … 7 8…11XXXX
Byte 0 Byte 0 Byte 1 Byte 0 Byte 1
・RGB8Packed ・BGR8Packed
Red Green Blue Blue Green Red
0 … 7 0 … 7 0 … 7 0 … 7 0 … 7 0 … 7
Byte 0 Byte 1 Byte 2 Byte 0 Byte 1 Byte 2
・RGB10V1Packed
B G R Blue Green Red
010101XX 2 … 9 2 … 9 2 … 9
Byte 0 Byte 1 Byte 2 Byte 3
・RGB12Packed
Red Green Blue
0 … 7 8…11XXXX 0 … 7 8…11XXXX 0 … 7 8…11XXXX
Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
・YUV422Packed Y: Luminance U: Color deference B-Y
U0 Y0 V0 Y1 V: Color deference R-Y
0 … 7 0 … 7 0 … 7 0 … 7
Byte 0 Byte 1 Byte 2 Byte 3
・YUV422_10Packed
U0 Y0 V0 Y1
2 … 9 01XX01XX 2 … 9 2 … 9 01XX01XX 2 … 9
Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
・YUV422_12Packed
U0 Y0 V0 Y1
4 … 11 0…30…3 4 … 11 4 … 11 0…30…3 4 … 11
Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5
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(8) PIXEL COLOR FILTER ： Kind of color filter equipped the camera
Command name ： PixelColorFilter (Enumeration / Standard）
Address ： A0020018 h
Values (read only) ： 0 "BayerRG" The camera has RG Bayer color filter.
4 "None" The camera has no color filter.
(9) PARTIAL SCAN ： Setting of the partial scan
・MODE ： Select the mode
Command name ： PartialScanMode (Enumeration / Custom）
Address ： A0FF0100 h
Values (Factory setting 0) ： 0 "Off" Not perform the partial scan.
1 "On" Perform the partial scan and frame rate is increased. *Refer to page 30
*Note 1: When WIDTH or HEIGHT is set to 16 or less, AGC and AES may not operate.
*Note 2: Off / On is changed automatically according to the value of HEIGHT;
Set HEIGHT to initial value --> this mode is set to Off
Set HEIGHT to other value --> this mode is set to On
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3. Commands of the image adjustment (1) BLACKLEVEL ： Setting of master black level
・MODE ： Select the mode
Command name ： BlackLevelMode (Enumeration / Custom)
Address ： A0F70000 h
Values (Factory setting 1) ： 0 "Off" Not perform the master black adjustment.
1 "On" Perform the master black adjustment according to a set value.
・LEVEL ： Adjustment of master black level
Command name ： BlackLevelRaw (Integer / Standard)
Address ： A0070014 h
Values (Factory setting 128)： 0 to 255 Black level is reduced at 0 side and raised at 255 side.
(2) SHRAPNESS ： Setting of object contour correction
・MODE ： Select the mode
Command name ： SharpnessMode (Enumeration / Custom)
Address ： A0FF0000 h
Values (Factory setting 0) ： 0 "Off" Not perform the contour correction.
1 "On" Perform the contour correction according to a set value.
・LEVEL ： Adjust sharpness level
Command name ： SharpnessRaw (Integer / Custom)
Address ： A0FF0004 h
Values (Factory setting 0) ： 0 to 255 Setting value toward 0 side reduces correction for soft contour and 255 side
increase correction for sharper contours.
(3) MANUAL GAIN ： Setting of electrical sensitivity
・MODE ： Select the mode
Command name ： GainMode (Enumeration / Custom)
Address ： A0F70004 h
Values (Factory setting 1) ： 0 "Off" Not perform the gain adjustment.
1 "On" Perform the gain adjustment according to a set value.
・LEVEL1 ： Adjust electrical sensitivity 1
Command name ： GainRaw (Integer / Standard)
Address ： A0070004 h
Values (Factory setting 0) ： 0 to 336 : KP-FD500GV/F500G
Adjust the gain level 0 to 12dB in 337 steps at intervals of 0.0358dB.
0 to 503 : Models except the above
Adjust the gain level 0 to 18dB in 504 steps at intervals of 0.0358dB.
・LEVEL2 ： Adjust electrical sensitivity 2
Command name ： GainAbs (Float / Standard)
Address ： A0070008 h
Values (Factory setting 0) ： 0.0 to 12.03 : KP-FD500GV/F500GV
Adjust the gain level 0 to 12dB in 121 steps at intervals of about 0.1dB.
0.0 to 18.01 : Models except the above
Adjust the gain level 0 to 18dB in 181 steps at intervals of about 0.1dB.
Note: Since LEVEL1 and LEVEL2 are linked togther, if one is changed then the other is changed to corresponding value.
(4) AUTO GAIN CONTROL ： Adjust electrical sensitivity automatically (AGC)
・MODE ： Select the mode
Command name ： GainAuto (Enumeration / Standard)
Address ： A007000C h
Values (Factory setting 0) ： 0 "Off" Not perform the auto gain control.
2 "Continuous" The video level is automatically adjusted in the range of 0 to 18dB.
Adjustment range can be changeable by setting of LOWER/UPPER LIMIT.
*This command is given to priority more than MANUAL GAIN.
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・LOWER LIMIT1 ： Lower limit 1 of automatic adjustment range
Command name ： GainAutoLowerLimitRaw (Integer / Standard)
Address ： A0F70020 h
Values (Factory setting 0) ： 0 to 336 : KP-FD500GV/F500G
Adjust the gain level 0 to 12dB in 337 steps at intervals of 0.0358dB.
0 to 503 : Models except the above
Adjust the gain level 0 to 18dB in 504 steps at intervals of 0.0358dB.
・UPPER LIMIT1 ： Upper limit 1 of automatic adjustment range
Command name ： GainAutoUpperLimitRaw (Integer / Standard)
Address ： A0F70024 h
Values (Factory setting 336) ： 0 to 336 : KP-FD500GV/F500G
Adjust the gain level 0 to 12dB in 337 steps at intervals of 0.0358dB.
(Factory setting 336) 0 to 503 : Models except the above
Adjust the gain level 0 to 18dB in 504 steps at intervals of 0.0358dB.
・LOWER LIMIT2 ： Lower limit 2 of automatic adjustment range
Command name ： GainAutoLowerLimitAbs (Float / Standard)
Address ： A0F70028 h
Values (Factory setting 0) ： 0.0 to 12.03 : KP-FD500GV/F500GV
Adjust the gain level 0 to 12dB in 121 steps at intervals of about 0.1dB.
0.0 to 18.01 : Models except the above
Adjust the gain level 0 to 18dB in 181 steps at intervals of about 0.1dB.
・UPPER LIMIT2 ： Upper limit 2 of automatic adjustment range
Command name ： GainAutoUpperLimitAbs (Float / Standard)
Address ： A0F7002C h
Values (Factory setting 12.03)： 0.0 to 12.0 : KP-FD500GV/F500GV
Adjust the gain level 0 to 12dB in 121 steps at intervals of about 0.1dB.
(Factory setting 18.01)： 0.0 to 18.0 : Models except the above
Adjust the gain level 0 to 18dB in 181 steps at intervals of about 0.1dB.
Note: Since LIMIT1 and LIMIT2 are linked together, if one is changed then the other is changed to corresponding value.
(5) MANUAL WHITE BALANCE ： Setting of manual white balance
*for only KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV
・MODE ： Select the mode
Command name ： BalanceRatioMode (Enumeration / Custom)
Address ： A0F70008 h
Values (Factory setting 0) ： 0 "Off" Not perform the white valance adjustment.
1 "On" Adjust Red/Blue gain level according to a set value.
・SELECTOR ： Switch the adjustment color (RED / BLUE)
Command name ： BalanceRatioSelector (Enumeration / Standard)
Address ： A0070024 h
Values (Factory setting 1) ： 1 "Red" Switch the color adjusted at MODE/LEVEL Red.
3 "Blue" Switch the color adjusted at MODE/LEVEL Blue.
・LEVEL (related to SELECTOR) ： Adjust the RED / BLUE gain
Command name ： BalanceRatioAbs (Float / Standard)
Address ： A0070028 h
Values (Factory setting 128)： 0 to 255 Adjust the RED / BLUER gain in 256 steps.
(6) AUTO WHITE BALANCE ： Setting of auto white balance
*for only KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV
・MODE ： Select the mode
Command name ： BalanceWhiteAuto (Enumeration / Standard)
Address ： A0070020 h
Values (Factory setting 0) ： 0 "Oｆｆ" Not perform the auto white balance.
1 "Once" Adjust white balance automatically and change the value of BalanceRatioRaw.
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2 "Continuous" White balance is adjusted in real time (automatic tracking).
…
*unusable when RAW data output mode
*This command is given to priority more than MANUAL WHITE BALANCE.
(7) ELECTRIC SHUTTER ： Setting of electric shutter
・MODE ： Select the mode
Command name ： ExposureMode (Enumeration / Standard)
Address ： A0030040 h
Values (Factory setting 0) ： 0 "Oｆｆ" The normal shutter (frame rate)
1 "Timed" Shutter speed according to setting.
2 "TriggerWidth" It become ONE trigger mode. *Refer to page 34 "Trigger mode"
(8) SHUTTER SPEED ： Setting of the shutter speed
・MODE ： Select the mode
Command name ： PresetShutter (Enumeration / Custom)
Address ： A0F30010 h
Values (Factory setting 255)： 0 "Oｆｆ" The normal shutter
1 "Preset1"
8 "Preset8" Select the shutter speed from following 8 step presets.
255 "Variable" Set the shutter speed in the range from 1/10000 to 10 second.
・VARIABLE1 ： Setting of the Variable shutter 1
Command name ： ExposureTimeAbs (Float / Standard)
Address ： A0030044 h
Values (Factory setting 111111: KP-FD500GV
62500: KP-F500GV
33333: KP- FD202GV/F202GVFD145GV/F145GV/FD140GV/F140GV
27777: KP-FD83GV/F83GV
11111: KP-FD33GV/F33GV)
： 10 to 10000000 Set the shutter speed in the range from 1/100000 to 10 second in us.
・VARIABLE2 ： Setting of the Variable shutter 2
Command name ： ExposureTimeRaw (Integer / Standard)
Address ： A0030048 h
Values (Factory setting 1027 = 40316: KP-FD500GV
917 = 39516: KP-F500GV
834 = 34216: KP-FD202GV/F202GV/FD145GV/F145GV/140GV/F140GV
818 = 33216: KP-FD83GV/F83GV
771 = 30316: KP-FD33GV/F33GV)
： 0 to 1536 Set the shutter speed in the range from 10 to 1/100000 second in 1536 steps.
Setting value can be derived as follows. (
a) Setting value XYY16 obtained from exposure time.
…
KP-FD500GV KP-F500GV KP-FD202GV
KP-F202GV
KP-FD145GV
KP-F145GV
KP-FD140GV
KP-F140GV
Preset1
Preset2
Preset3
Preset4
Preset5
Preset6
Preset7
Preset8
1/9s 1/16s 1/30s 1/36s 1/90s
1/60s 1/60s 1/60s 1/60s 1/250s
1/100s 1/100s 1/100s 1/125s 1/500s
1/250s 1/250s 1/250s 1/250s 1/1000s
1/1000s 1/1000s 1/1000s 1/1000s 1/2000s
1/2000s 1/2000s 1/2000s 1/2000s 1/4000s
1/10000s 1/10000s 1/10000s 1/10000s 1/10000s
1/50000s 1/50000s 1/50000s 1/50000s 1/50000s
ShutterSpeed
KP-FD83GV
KP-F83GV
: µsec)
KP-FD33GV
KP-F33GV
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1
edShutterSpe
))int(log(
100
16
1
9
X
YY
int
10
edShutterSpe
1X
b) Exposure time obtained from setting value XYY16.
1
edShutterSpe
X
YY
100
16
9110
16
sec])[(
Ex. 1 Exposure time = setting value XYY to obtain 1/125sec (= 8000µsec)
18000X
100
16
1
12
16
9
16
9
YY
int
2
int
C7
16
logint
7
2C7XYY
8000
10
100
Ex. 2 Setting value 25D16 that produces 1/234.22 second exposure time.
5D
16
)(
16
sec][
[sec]
9
110
100
2
edShutterSpe
1
4269.53
1
234.22
Note: Since VARIABLE1 and VARIABLE2 are linked together, if one is changed then the other is changed to corresponding
value.
(9) AUTO ELECTRIC SHUTTER ： Setting of Auto Electric Shutter (AES)
・MODE ： Select the mode
Command name ： ExposureAuto (Enumeration / Standard）
Address ： A003004C h
Values (Factory setting 0) ： 0 "Oｆｆ" AES is set to OFF.
2 "Continuous" Shutter speed is automatically adjusted in the range from normal shutter to
1/100000 second according to light source brightness
Adjustment range can be changeable by setting of LOWER/UPPER LIMIT.
*This command is given to priority more than SHUTTER SPEED.
・LOWER LIMIT1 ： Lower limit 1 of automatic adjustment range
Command name ： ExposureAutoLowerLimitAbs (Float / Custom)
Address ： A0F30020 h
Values (Factory setting 10) ： 10 to 111111: KP-FD500GV
62500: KP-F500GV
33333: KP- FD202GV/F202GVFD145GV/F145GV/FD140GV/F140GV
27777: KP-FD83GV/F83GV
11111: KP-FD33GV/F33GV)
： Set limit value in the range from 1/100000 second to normal shutter in us.
・UPPER LIMIT1 ： Upper limit 1 of automatic adjustment range
Command name ： ExposureUpperLimitAbs (Float / Custom)
Address ： A0F30024 h
Values (Factory setting 111111: KP-FD500GV
62500: KP-F500GV
33333: KP- FD202GV/F202GVFD145GV/F145GV/FD140GV/F140GV
27777: KP-FD83GV/F83GV
11111: KP-FD33GV/F33GV)
： 10 to Factory setting value
Set limit value in the range from 1/100000 second to normal shutter in us.
・LOWER LIMIT2 ： Lower limit 2 of automatic adjustment range
Command name ： ExposureLowerLimitRaw (Integer / Custom)
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Address ： A0F30028 h
GammaMode = Off
GammaRaw =
255
Values (Factory setting 0) ： 0 to 1027 = 40316: KP-FD500GV
917 = 39516: KP-F500GV
834 = 34216: KP-FD202GV/F202GV/FD145GV/F145GV/140GV/F140GV
818 = 33216: KP-FD83GV/F83GV
771 = 30316: KP-FD33GV/F33GV)
Set limit value in the range from 1/100000 to normal shutter in 1536 steps.
・UPPER LIMIT2 ： Upper limit 2 of automatic adjustment range
Command name ： ExposureUpperLimitRaw (Integer / Custom)
Address ： A0F3002C h
Values (Factory setting 1027 = 40316: KP-FD500GV
917 = 39516: KP-F500GV
834 = 34216: KP-FD202GV/F202GV/FD145GV/F145GV/140GV/F140GV
818 = 33216: KP-FD83GV/F83GV
771 = 30316: KP-FD33GV/F33GV)
： 0 to Factory setting value
Set limit value in the range from 1/100000 to normal shutter in 1536 steps.
Note: Since LIMIT1 and LIMIT2 are linked together, if one is changed then the other is changed to corresponding value.
(10) GAMMA ： Setting of gamma correction
・MODE ： Select the mode
100
Command name ： GammaMode (Enumeration / Custom）
Address ： A0F70010 h
Values (Factory setting 1) ： 0 "Oｆｆ" Not perform gamma correction (γ=1).
1 "On" Adjust detail gamma according to
setting value.
・LEVEL ： Adjust gamma correction level
Command name ： GammaRaw (Integer / Custom）
Address ： A0F70014 h
50
Output (%)
or GammaRaw = 0
(γ=1)
Values (Factory setting 0) ： 0 to 255 Set gamma curve in 256 steps.
0
0 50 100
Input (%)
(11) ALC ADJUST ： Setting of Auto Level Control (ALC) of image level
・MODE ： Select the mode
Command name ： ALCAdjustMode (Enumeration / Custom）
Address ： A0FF0008 h
Values (Factory setting 0) ： 0 "Off" Convergence level when using AES or AGC is default.
1 "On" Convergence level is setting value set at VIDEO LEVEL.
・VIDEO LEVEL ： Setting value of video level when AGC or AES is ON
Command name ： ALCAdjustRaw (Integer / Custom）
Address ： A0FF000C h
Values (Factory setting 128) ： 0 to 255 Setting value toward 0 side decrease convergence level and 255 side
increase convergence level.
(12) MASKING ： Setting of 6 vector independent masking (primary color R G B and complementary color Ye Cy Mg
saturation and hue can be separately varied).
*for only KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV
*unusable when RAW data output mode
・MODE ： Select the mode
Command name ： MaskingMode (Enumeration /Custom）
Address ： A0FF001C h
Values (Factory setting 0) ： 0 "Off" Not perform masking functions.
1 "On" Perform masking functions.
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・SELECTOR ： Select the color done masking
Command name ： MaskingSelector (Enumeration / Custom）
Address ： A0FF0020 h
Values (Factory setting 1) ： 1 "Red" Perform masking function about Red.
2 "Green" Perform masking function about Green.
3 "Blue" Perform masking function about Blue.
4 "Cyan" Perform masking function about Cyan.
5 "Magenta" Perform masking function about Magenta.
6 "Yellow" Perform masking function about Yellow.
・SATURATION (related to SELECTOR) ： Adjust saturation of the color selected at SELECTOR
Command name ： SaturationRaw (Integer / Custom）
Address ： A0FF0024 h
Values (Factory setting 128) ： 0 to 255 Adjust the saturation of the color selected at SELECTOR in 256 steps.
・HUE (related to SELECTOR) ： Adjust hue of the color selected at SELECTOR
Command name ： HueRaw (Integer / Custom）
Address ： A0FF0028 h
Values (Factory setting 128) ： 0 to 255 Adjust the hue of the color selected at SELECTOR in 256 steps.
(255)
R
(0)
Y
(255)
M
(0)
Saturation
SELECTOR Toward 0 side ... Toward 255 side ...
Red Come near to Yellow Come near to Magenta
Green Come near to Cyan Come near to Yellow
Blue Come near to Magenta Come near to Cyan
Cyan Come near to Blue Come near to Green
Magenta Come near to Red Come near to Blue
Yellow Come near to Green Come near to Red
Hue
B
G
C
(13) PAINT BLACK ： Setting of paint black (color level of Red, Green and Blue can be separately varied)
*for only KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV
*unusable when RAW data output mode
・MODE ： Select the mode
Command name ： PaintBlackMode (Enumeration / Custom）
Address ： A0FF002C h
Values (Factory setting 0) ： 0 "Off" Not perform the paint black functions.
1 "On" Perform paint black functions.
・SELECTOR ： Switch the color doing Paint black
Command name ： PaintBlackSelector (Enumeration / Custom）
Address ： A0FF0030 h
Values (Factory setting 1) ： 1 "Red" Perform the paint black function about Red.
2 "Green" Perform the paint black function about Green.
3 "Blue" Perform the paint black function about Blue.
・LEVEL (related to SELECTOR) ： Adjust level of color selected at SELECTOR
Command name ： PaintBlackRaw (Integer / Custom）
Address ： A0FF0034 h
Values (Factory setting 0) ： 0 to 255 Adjust the color level of the color selected at SELECTOR in 256 steps.
(14) KNEE ： Setting of knee
・MODE ： Select the mode
Command name ： KneeMode (Enumeration / Custom）
Address ： A0FF0010 h
Values (Factory setting 0) ： 0 "Off" Not perform knee.
1 "On" Knee function provides natural graduation in bright portions.
・KNEE POINT ： Adjust knee point
Command name ： KneePointRaw (Enumration / Custom）
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Address ： A0FF0014 h
Values (Factory setting 0) ： 0 to 32 Setting value toward 0 side increase start level of knee and 32 side
decrease start level of knee.
・KNEE SLOPE ： Adjust knee slope
Command name ： KneeSlopeRaw (Integer / Custom）
Address ： A0FF0018 h
Values (Factory setting 0) ： 0 to 159 Setting value toward 0 side intensify effective of knee and 159 side weaken
effective of knee.
(15) WHITE SPOT CORRECT ： Setting of whit spot correction
・MODE ： Select the mode
Command name ： WhiteSpotCorrectMode (Enumration / Custom）
Address ： A0FF00A0 h
Values (Factory setting 0) ： 0 "Off" Not performance correction.
1 "On" Correct stored white spots.
・LEVEL ： Setting for the threshold level
Command name ： WhiteSpotCorrectLevelRaw (Integer /Custom）
Address ： A0FF00A4 h
Values (Factory setting 20: KP-FD500GV/F500GV
80: KP-FD202GV/FD145GV/FD140GV/FD83GV/FD33GV
100: KP-F202GV/F145GV/F140GV/F83GV/F33GV)
： 0 to 255 Set the threshold level of white spot detection in 8-bit gradation.
・DETECT ： Detect the white spot
Command name ： WhiteSpotCorrectDetect (Command / Custom）
Address ： A0FF00A8 h
Values (write only) ： 1 When 1 is written, start white spot detection
The pixel having video level that exceeds LEVEL is judged as white spot.
・STATUS ： Status of detection
Command name ： WhiteSpotCorrectStatus (Enumeration / Custom）
Address ： A0FF00AC h
Values (read only) ： 0 "NoDetect" It means there is no pixel having video level that exceeds threshold.
1 "NormalEnd" Normal end: It means that white detection is finished.
2 "OverDetect" Error end: It means that the number of detected pixels are exceeded
correctable number.
3 "Busy" It means while detecting.
・SAVE ： Save white spots
Command name ： WhiteSpotCorrectSave (Command / Custom）
Address ： A0FF00B0 h
Values (write only) ： 1 When 1 is written, detected white spots are stored in the camera.
(16) WHITE SPOT LIST ： Control of white spot list
・INDEX ： Specified the index of list
Command name ： WhiteSpotListIndex (Integer / Custom）
Address ： A0FF00E0 h
Values (Factory setting 0) ： 0 to 63 The list of white spot position that will be corrected.
・POSITION X (related to INDEX) ： Select the mode
Command name ： WhiteSpotListPositionX (Integer / Custom）
Address ： A0FF00E4 h
Values (Factory setting 0) ： 0 The white spot position is not registered in the specified index.
1 to WIDTH MAX X-coordinate of registered white spot position is shown.
・POSITION Y (related to INDEX) ： Select the mode
Command name ： WhiteSpotListPositionY (Integer / Custom）
Address ： A0FF00E8 h
Values (Factory setting 0) ： 0 The white spot position is not registered in the specified index.
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Page 32
1 to HEIGHT MAX Y-coordinate of registered white spot position is shown.
(17) WHITE SPOT MANUAL SETTING ： Setting of manual whit spot correction
・POSITION X ： X-coordinate of the pixel to be corrected
Command name ： WhiteSpotManualPositionX (Integer / Custom）
Address ： A0FF00D8 h
Values (Factory setting 0) ： 1 to WIDTH MAX Specified X-coordinate to be added to (or to be deleted from) list.
・POSITION Y ： Y-coordinate of the pixel to be corrected
Command name ： WhiteSpotManualPositionX (Integer / Custom）
Address ： A0FF00DC h
Values (Factory setting 0) ： 1 to HEIGHT MAX Specified Y-coordinate to be added to (or to be deleted from) list.
・ADD ： Specified position is added to white spot list
Command name ： WhiteSpotManualAddition (Command / Custom）
Address ： A0FF00D0 h
Values (write only) ： 1 When 1 is written, the pixel specified by POSITON X/Y is added to list.
・DELETE ： Specified position is deleted from white spot list
Command name ： WhiteSpotManualDelete (Command / Custom）
Address ： A0FF00D4 h
Values (write only) ： 1 When 1 is written, the pixel specified by POSITON X/Y is deleted from list.
(18) BALANCE ADJUST ： Setting for balance of Left and Right screen *for only KP-FD500GV/F500GV
・MODE ： Select the mode
Command name ： BalanceAdjustMode (Enumeration / Custom）
Address ： A0FF0070 h
Values (Factory setting 2) ： 0 "Off" Not perform balance adjustment.
1 "Manual" Perform manual balance adjustment.
2 "Auto" Perform automatic balance adjustment.
・RIGHT GAIN ： Setting for the gain value of right screen
Command name ： BalanceAdjustGainRaw (Integer / Custom）
Address ： A0FF0074 h
Values (Factory setting 32) ： 0 to 63 When MODE is Manual, set basic gain of right screen in the range from
-1.1456dB to +1.1455dB in 64 steps.
・RIGHT BLACK LEVEL ： Setting for the black level of right screen
Command name ： BalanceAdjustBlackLevelRaw (Integer / Custom）
Address ： A0FF0078 h
Values (Factory setting 128) ： 0 to 255 When MODE is Manual, set basic offset of right screen in 256 steps.
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4. Commands of Input / Output signal (1) TRIGGER ： Setting of the external trigger *Refer to page 34 "Trigger mode" about details of trigger mode
・SELECTOR ： Select the trigger action
Command name ： TriggerSelector (Enumeration / Standard）
Address ： A0030020 h
Values (Factory setting 1) ： 1 "FrameStart" Select this when using normal trigger mode.
2 "ExposureStart" Select this when using ONE trigger mode and trigger source is software.
3 "ExposureEnd" Select this when using ONE trigger mode and trigger source is software.
4 "FrameTransferStart" Select this when using reset control mode.
5 "VDReset" Select this when using VD reset mode.
・MODE (related to SELECTOR) ： Select the mode selected at SELECTOR
Command name ： TriggerMode (Enumeration / Standard）
Address ： A0030024 h
Values (Factory setting 0) ： 0 "Oｆｆ" Set trigger mode selected at SELECTOR to OFF.
1 "On" Set trigger mode selected at SELECTOR to ON.
・SOURCE (related to SELECTOR) ： Select the trigger source selected at SELECTOR
Command name ： TriggerSource (Enumeration / Standard）
Address ： A003002C h
Values (Factory setting 0) ： 0 "Line1" Input trigger signal from 7 pin of DCIN/SYNC connector (TRIG A).
2 "Line3" Input trigger signal from 9 pin of DCIN/SYNC connector (TRIG B).
7 "Software" Use software trigger.
・POLARITY (related to SELECTOR) ： Select polarity of trigger signal selected at SELECTOR
Command name ： TriggerActivation (Enumeration / Standard）
Address ： A0030030 h
Values (Factory setting 1) ： 0 "FallingEdge" Falling of input signal is made into trigger signal.
1 "RisingEdge" Rising of input signal is made into trigger signal.
・SOFTWARE (related to SELECTOR) ： Generate the software trigger selected at SELECTOR
*using when SOURCE is Software
Command name ： TriggerSoftware (Command / Standard）
Address ： A0030028 h
Values (write only) ： 1 Whenever 1 is written, the software trigger is generated.
・DELAY TIME (related to SELECTOR) ： Set the duration of trigger delay selected at SELECTOR
Command name ： TriggerDelayRaw (Integer / Standard）
Address ： A0030038 h
Values (Factory setting 0) ： 0 to 4096 Set the following range at intervals.
Camera Selector of Trigger Setting range Intervals
KP-FD500GV
KP-F500GV
/F202GV
/F145GV
/F140GV
KP-FD83GV
/F83GV
KP-FD33GV
/F33GV
Note: Actual delay time from trigger input to exposure start is added photo
coupler delay.
FrameStart 3.73 µs to 19.57 ms
FrameTransferStart 108.7 µs to 19.68 ms
FrameStart 4.42 µs to 11.2 ms
FrameTransferStart 65.2 µs to 11.26 ms
FrameStart 4.19 to 6.55 ms KP-FD202GV
FrameTransferStart 56.36 µs to 6.61 ms
FrameStart 3.6 µs to 8.35 ms KP-FD145GV
FrameTransferStart 61.15 µs to 8.41 ms
FrameStart 3.5 µs to 8.35 ms KP-FD140GV
FrameTransferStart 61.15 µs to 8.41 ms
FrameStart 3.67 µs to 13.1 ms
FrameTransferStart 70.2 µs to 13.17 ms
FrameStart 3.62 µs to 13.1 ms
FrameTransferStart 43.9 µs to 13.14 ms
Approx. 4.78 µs
Approx. 2.7 µs
Approx. 1.6 µs
Approx. 2.04 µs
Approx. 2.04 µs
Approx. 3.2 µs
Approx. 3.2 µs
20
Page 34
(2) DIGITAL I/O ： Setting of input / output line
・SELECTOR ： Select the line
Command name ： LineSelector (Enumeration / Standard)
Address ： A0040000 h
Values (Factory setting 1) ： 0 "Line1" Setting of 7 pin of DCIN/SYNC connector.
1 "Line2" Setting of 10 pin of DCIN/SYNC connector.
2 "Line3" Setting of 9 pin of DCIN/SYNC connector.
・MODE (related to SELECTOR) ： Input/output of the line selected at SELECTOR
Command name ： LineMode (Enumeration / Standard)
Address ： A0040008 h
Values (Read only) ： 0 "Input" It means selected line is using for input (when MODE is Line1/Line3).
1 "Output" It means selected line is using for output (when MODE is Line2).
・SOURCE (related to SELECTOR) ： Select output signal selected at SELECTOR *using when MODE is Output
Command name ： LineSource (Enumeration / Standard)
Address ： A0040010 h
Values (Factory setting 1) ： 0 "Off" Nothing is output.
1 "ExposureActive" Flash pulse (strobe) is output.
2 "Timer1Active" Adjusted flash pulse is output.
3 "CameraVD" Camera VD signal is output.
・INVERTER (related to SELECTOR) ： Invert the input/output signal selected at SELECTOR
Command name ： LineInverter (Boolean / Standard)
Address ： A0040004 h
Values (Factory setting 0) ： FALSE (0) Input/output signal is not inverted.
TRUE (1) Input/output signal is inverted.
・FORMAT ： Format of the input/output signal
Command name ： LineFormat (Enumeration / Standard)
Address ： A0040014 h
Values (read only) ： 2 "TTL" It means selected line is TTL level signal (when MODE is Line2).
5 "OptoCoupled" It means selected line is Opto-Coupled (when MODE is Line1/Line3).
(3) TIMER CONTROL ： Control of timer to adjust flash pulse
* Refer to page 37 "Digital output" about details of flash pulse adjustment
・SELECTOR ： Select timer
Command name ： TimerSelector (Enumeration / Standard)
Address ： A0050000 h
Values (Factory setting 1) ： 0 "Timer1" Setting of timer 1.
・WIDTH (related to SELECTOR) ： Set the duration of timer
Command name ： TimerDurationRaw (Integer / Standard)
Address ： A0050008 h
Values (Factory setting 0) ： 0 Timer is stopped at the same time as the end of exposure.
1 to 4096 Set the following range and intervals.
Camera Setting range Intervals
KP-FD500GV from 4.78 µs to 19.57 ms Approx. 4.78 µs
KP-F500GV from 2.7 µs to 11.2 ms Approx. 2.7 µs
KP-FD202GV/F202GV from 1.6 µs to 6.55 ms Approx. 1.6 µs
KP-FD145GV/F145GV from 2.04 µs to 8.35 ms Approx. 2.04 µs
KP-FD140GV/F140GV from 2.04 µs to 8.35 ms Approx. 2.04 µs
KP-FD83GV/F83GV from 3.2 µs to 13.1 ms Approx. 3.2 µs
KP-FD33GV/F33GV from 3.2 µs to 13.1 ms Approx. 3.2 µs
・DELAY TIME (related to SELCTOR)： Set the delay of timer
Command name ： TimerDelayRaw (Integer / Standard)
Address ： A0050010 h
Values (Factory setting 0) ： 0 to 4095 Set the following range and intervals.
Camera Setting range Intervals
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KP-FD500GV from 0.32 µs to 19.57 ms Approx. 4.78 us
KP-F500GV from 0.19 µs to 11.2 ms Approx. 2.7 us
KP-FD202GV/F202GV from 0.08 µs to 6.55 ms Approx. 1.6 us
KP-FD145GV/F145GV from 0.14 µs to 8.35 ms Approx. 2.04 us
KP-FD140GV/F140GV from 0.14 µs to 8.35 ms Approx. 2.04 us
KP-FD83GV/F83GV from 0.22 µs to 13.1 ms Approx. 3.2 us
KP-FD33GV/F33GV from 0.22 µs to 13.1 ms Approx. 3.2 us
・TRIGGER SOURCE (related to SELECTOR) ： Select timer trigger source
Command name ： TimerTriggerSource (Enumeration / Standard)
Address ： A0050020 h
Values (Factory setting 0) ： 0 "Off" Timer does not start
1 "ExposureStart" Timer starts at the same time as the start of exposure.
・TRIGGER ACTIVATION (related to SELECTOR) ： Polarity of timer trigger
Command name ： TimerTriggerActication (Enumeration / Standard)
Address ： A0050024 h
Values (Factory setting 0) ： 0 "FallingEdge" Timer starts counting on the falling edge of the selected trigger signal.
1 "RisingEdge" Timer starts counting on the Rising edge of the selected trigger signal.
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5. Commands about SAVE/LOAD
This product can save settings of 1. 2. 3. 4. to four memories.
(1) USER SETS ： Setting of SAVE/LOAD
・SELECTOR ： Select the SAVE/LOAD channel
Command name ： UserSetSelector (Enumeration / Standard）
Address ： A00A0000 h
Values (Factory setting 0) ： 0 "Default" Factory setting
1 "UserSet1" Channel 1
2 "UserSet2" Channel 2
3 "UserSet3" Channel 3
4 "UserSet4" Channel 4
・LOAD (related to SELECTOR of USER SETS) ： Load execution
Command name ： UserSetLoad (Command / Standard）
Address ： A00A0004 h
Values (write only) ： 1 When 1 is written, load the memory channel selected at SELECTOR
・SAVE (related to SELECTOR of USER SETS) ： Save execution
Command name ： UserSetSave (Command / Standard）
Address ： A00A0008 h
Values (write only) ： 1 When 1 is written, save to the memory channel selected at SELECTOR
* "Default" cannot be saved
(2) DEFAULT USER SETS ： Select the channel to load and make active when the camera is reset
Command name ： UserSetSelector (Enumeration / Standard）
Address ： A00A000C h
Values (Factory setting 0) ： 0 "Default" Factory setting is loaded when camera is reset.
1 "UserSet1" Channel 1 is loaded when the camera is reset.
2 "UserSet2" Channel 2 is loaded when the camera is reset.
3 "UserSet3" Channel 3 is loaded when the camera is reset.
4 "UserSet4" Channel 4 is loaded when the camera is reset.
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6. Commands about information of the camera (1) VENDOR NAME ： Vendor name
Command name ： DeviceVendorName (String / Standard）
Address ： 00000048 h
Values (read only) ： "Hitachi_Kokusai_Electric_Inc"
(2) MODEL NAME ： Camera name
Command name ： DeviceModelName (String / Standard）
Address ： 00000068 h
Values (read only) ： "KP-FD500GV": KP-FD500GV
"KP-F500GV": KP-F500GV
"KP-FD202GV": KP-FD202GV
"KP-F202GV": KP-F202GV
"KP-FD145GV": KP-FD145GV
"KP-F145GV": KP-F145GV
"KP-FD140GV": KP-FD140GV
"KP-F140GV": KP-F140GV
"KP-FD83GV": KP-FD83GV
"KP-F83GV": KP-F83GV
"KP-FD33GV": KP-FD33GV
"KP-F33GV": KP-F33GV
(3) MANUFACTURE INFO ： Vendor information
Command name ： DeviceManufactureInfo (String / Standard）
Address ： 000000A8 h
Values (read only) ： "Hitachi_Kokusai_Electric_Inc"
(4) VERSION ： Camera version
Command name ： DeviceVersion (String / Standard）
Address ： 00000088 h
Values (read only) ： "FPGA:vXX.YY Firmware:vXX.YY.ZZ" XX: Major version YY: Minor version ZZ: Sub-minor version
* different according to camera version
(5) FIRMWARE VERSION ： Firmware version of the camera
Command name ： DeviceFirmwareVersion (String / Standard）
Address ： A0010090 h
Values (read only) ： "XXYYZZ" XX: Major version YY: Minor version ZZ: Sub-minor version
* different according to camera version
(6) DEVICE ID ： Unique ID of the camera (Serial Number)
Command name ： DeviceID (String / Standard）
Address ： 000000D8 h
Values (read only) ： "XXYZZZZZ" XX: Shipment year Y: Shipment month(*) ZZZZZ: Number
(*) Y = "1" to "9": It means January to September
Y = "X": It means October
Y = "Y": It means November
Y = "Z": It means December
* different according to the camera
(7) USER ID ： User programmable ID
Command name ： DeviceUserID (String / Standard）
Address ： 000000E8 h
Values ： Any null-terminated string (16 Byte)
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(8) SCAN TYPE ： Scan type of the camera
Command name ： DeviceScanType (Enumeration / Standard）
Address ： A00100D0 h
Values (Factory setting 0) ： 0 "Area" It means the area scan camera
(9) MONO OR COLOR ： Whether the camera is B/W camera or Color camera
Command name ： IsMonoCamera_IncFao (Integer / Custom）
Address ： A0FFFF00 h
Values (read only) ： 1: KP-F500GV/F202GV/F140GV/F140GV/F83GV/F33GV
It means black and white camera
2: KP-FD500GV/FD202GV/FD145GV/FD140GV/FD83GV/FD33GV
It means color camera
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7. Commands about GigE Vision transport layer (1) PAYLOAD SIZE ： payload size
Command name ： DeviceVendorName (String / Standard）
Address ： A009F000 h
Values (read only) ： "Hitachi_Kokusai_Electric_Inc"
(2) MAC ADDRESS ： MAC address of the camera
Command name ： DeviceVendorName (String / Standard）
Address ： 00000008 h (upper address) 0000000C h (lower address)
Values (read only) ： "Hitachi_Kokusai_Electric_Inc"
(3) IP CONFIGURATION ： Setting of how to be assigned IP address
The sequence of execution of each IP configuration protocol is 1.PERSISTENT IP 2.DHCP 3.LLA
・LLA ： Enable LLA
Command name ： GevCurrentIPConfigurationLLA (Boolean / Standard)
Address ： 29-bit of 00000014 h
Values (Factory setting 1) ： TRUE (1) LLA (cannot set to FALSE)
・DHCP ： Enable or disable DHCP
Command name ： GevCurrentIPConfigurationDHCP (Command / Standard）
Address ： 30-bit of 00000014 h
Values (Factory setting 1) ： FALSE (0) Disable assigning IP address by DHCP
TRUE (1) Enable assigning IP address by DHCP
・PERSISTENT IP ： Enable or disable Persistent IP
Command name ： GevCurrentIPConfigurationPersistentIP (Command / Standard）
Address ： 31-bit of 00000014 h
Values (Factory setting 0) ： FALSE (0) Disable persistent IP address of the camera.
TRUE (1) Enable persistent IP address of the camera.
(4) CURRENT IP ： Current IP address, subnet mask and default gateway
・IP ADDRESS ： Current IP address
Command name ： GevCurrentIPAddress (Integer / Standard)
Address ： 00000024 h
Values (read only) ： IP address assigned to the camera
・SUBNET MASK ： Current subnet mask
Command name ： GevCurrentSubnetMask (Integer / Standard)
Address ： 00000034 h
Values (read only) ： Subnet mask assigned to the camera
・DEFAULT GATEWAY ： Current default gateway
Command name ： GevCurrentDefaultGateway (Integer / Standard)
Address ： 00000044 h
Values (read only) ： Default gateway assigned to the camera
(5) PERSISTENT IP ： Setting of persistent IP *When PERSISTENT IP of CONFIGURATION is enable
・IP ADDRESS ： Setting of persistent IP address
Command name ： GevCurrentIPAddress (Integer / Standard)
Address ： 0000064C h
Values (Factory setting A9FD0102 h)
： 0 to FFFFFFFF h Set persistent IP address.
・SUBNET MASK ： Setting of persistent subnet mask
Command name ： GevCurrentSubnetMask (Integer / Standard)
Address ： 0000065C h
Values (Factory setting FFFF0000 h)
： 0 to FFFFFFFF h Set persistent subnet mask.
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・DEFAULT GATEWAY ： Setting of persistent default gateway
Command name ： GevCurrentDefaultGateway (Integer / Standard)
Address ： 0000066C h
Values (Factory setting 0) ： 0 to FFFFFFFF h Set persistent default gateway.
(6) HEARTBEAT TIMEOUT ： Setting of heartbeat timeout
Command name ： GevHeartbeatTimeout (Integer / Standard)
Address ： 00000938 h
Values (Factory setting 3000)： 300 to 10000 Set heartbeat timeout in ms.
(7) TIME STAMP ： Setting of timestamp
・TIME FREQUENCY ： Frequency of timestamp
Command name ： GevTimestampTickFrequency (Integer / Standard)
Address ： 0000093C h (upper address) 00000940 h (lower address)
Values (read only) ： 100000000 Frequency of timestamp.
・CONTROL LATCH ： Latch of timestamp
Command name ： GevTimestampControlLatch (Command / Standard)
Address ： 00000944 h
Values (write only) ： 2 Timestamp count is latched to VALUE when 2 is written.
・CONTROL RESET ： Reset of timestamp
Command name ： GevTimestampControlReset (Command / Standard)
Address ： 00000944 h
Values (write only) ： 1 Current timestamp count is reset when 1 is written.
・VALUE ： Value of timestamp
Command name ： GevTimestampControlReset (Integer / Standard)
Address ： 00000948 h (upper address) 0000094C h (lower address)
Values (read only) ： 0 to 2^64 Latched timestamp count by CONTROL LATCH is entered.
(8) PACKET SIZE ： Packet size of image data
Command name ： GevSCPSPacketSize (Integer / Standard)
Address ： 16 to 31-bit of 00000D04 h
Values (Factory setting 1440)： 512 to 16076 Set size of a packet when image data is transmitted.
(9) PACKET DELAY ： Packet delay of image data
Command name ： GevSCPD (Integer / Standard)
Address ： 00000D08 h
Values (Factory setting 32) ： 10 to 1048575 Set delay time inter packets in 10 ns steps when image data is transmitted.
* Refer to page 33 "Packet size and Packet delay" about details of packet delay.
(10) LINK SPEED ： Setting of heartbeat timeout
Command name ： GevLinkSpeed (Integer / Standard)
Address ： A009F004 h
Values (read only) ： 1000 The camera is connected to 1000Mbps environment.
100 The camera is connected to 100Mbps environment.
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Frame rate
Maximum frame rate of KP-FD500GV/FD202GV/FD140GV/FD83GV/FD33GV/F33GV are decided by data volume per pixel
and number of pixel per frame. Data volume per pixel is as follows by set pixel format.
Data / pixel Pixel format
8bit RAW 8bit / MONO 8bit
16bit YUV 8bit / RAW 10bit / RAW 12bit / MONO 10bit / MONO 12bit
24bit RGB 8bit / YUV 10bit / YUV 12bit
32bit RGB 10bit
48bit RGB 12bit
Number of pixel is per frame is obtained by set image width and set image height. Frame rate of each model are as follows.
(1) KP-FD500GV
(2) KP-F500GV
(3) KP-FD202GV/F202GV
10
9
8
7
6
5
4
Frames/second
3
2
1
0 1000000 2000000 3000000 4000000 5000000
8-16 bit/pixel
24 bit/pixel
32 bit/pixel
48 bit/pixel
Pixels/frame
18
16
14
12
10
8 bit/pixel
16 bit/pixel
24 bit/pixel
32 bit/pixel
8
Frames/second
6
4
0 1000000 2000000 3000000 4000000 5000000
48 bit/pixel
Pixels/frame
32
30
28
26
24
22
20
18
Frames/second
16
14
12
10
0 300000 600000 900000 1200000 1500000 1800000
8 bit/pixel
16 bit/pixel
24 bit/pixel
36 bit/pixel
48 bit/pixel
Pixels/frame
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(4) KP-FD145GV/F145GV/FD140GV/F140GV
(5) KP-FD83GV/F83GV
(6) KP-FD33GV/F33GV
32
30
28
26
24
22
20
18
Frames/second
16
14
12
10
0 200000 400000 600000 800000 1000000 1200000 1400000
38
36
34
32
30
28
26
Frames/second
24
22
20
0 100000 200000 300000 400000 500000 600000 700000 800000
95
90
85
80
75
70
65
Frames/second
60
55
50
0 40000 80000 120000 160000 200000 240000 280000 320000
8-16 bit/pixel
24 bit/pixel
32 bit/pixel
48 bit/pixel
8-24 bit/pixel
32 bit/pixel
48 bit/pixel
8-24 bit/pixel
32 bit/pixel
48 bit/pixel
Pixels/frame
pixels/frame
pixels/frame
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When "PartialScanMode" is "On", number of total line and frame rate can be calculated from following equation using height of
grabbing picture.
(1) KP-FD500GV
Total line = 22 + Height + (2061 - Height) / 4 ･･･ omit the figures after the decimal fractions
Frame rate = (37000000 / 1924) / Total line
40
35
30
25
20
15
Frame rate [fps]
10
5
0
0 200 400 600 800 1000 1200 1400 1600 1800 2000
Height of picture grabbing [H]
(2) KP-F500GV
Total line = 22 + Height + (1232 - Height) / 10 ･･･ omit the figures after the decimal fractions
Frame rate = (64000000 / 1924) / Total line
70
60
50
40
30
Frame rate [fps]
20
10
0
0 200 400 600 800 1000 1200 1400 1600 1800 2000
Height of picture grabbing [H]
(3) KP-FD202GV/F202GV
Total line = 22 + Height + (1232 - Height) / 10 ･･･ omit the figures after the decimal fractions
Frame rate = (72000000 / 1920) / Total line
300
250
200
150
100
Frame rate [fps]
50
0
0 200 400 600 800 1000 1200
Height of picture grabbing [H]
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Page 44
(4) KP-FD140GV/F140GV
Total line = 22 + Height + (1048 - Height) / 10 ･･･ omit the figures after the decimal fractions
Frame rate = (57769000 / 1790) / Total line
300
250
200
150
100
Frame rate [fps]
50
0
0 200 400 600 800 1000
Height of picture grabbing [H]
(5) KP-FD83GV/F83GV
Total line = 19 + Height + (775 - Height) / 10 ･･･ omit the figures after the decimal fractions
Frame rate = (37000000 / 1270) / Total line
350
300
250
200
150
Frame rate [fps]
100
50
0
0 100 200 300 400 500 600 700
Height of picture grabbing [H]
(6) KP-FD33GV/F33GV
Total line = 17 + Height + (510 - Height) / 5 ･･･ omit the figures after the decimal fractions
Frame rate = (37000000 / 768) / Total line
450
400
350
300
250
200
150
Frame rate [fps]
100
50
0
0 100 200 300 400
Height of picture grabbing [H]
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Page 45
◎Camera functions related to frame rate
Actual frame rate of the camera is decided by several setting.
Setting Related GenICam command
Frame rate AcquisitionFrameRateRaw / AcquisitionFrameRateAbs
Image height Height
Partial scan mode PartialScanMode
Shutter speed ExposureMode / ExposureTimeAbs / ExposureTimeRaw / PresetShutter
Trigger mode TriggerSelector / TriggerMode
1. Frame rate
The camera drives at the frame rate set to AcquisitionFrameRateRaw/Abs. However, the camera cannot drive at the speed
that exceeds the frame rate by partial scan function with setting of Image height.
For example: when AcquisitionFrameRateRaw is 50 and frame rate by partial scan is 100, the camera drives at 50 fps.
2. Image height
When the value Height is changed, partial scan mode is changed to on and frame rate increase according to set value (refer to
pp.30-31). However, the camera cannot drive at the frame rate more than value set to AcquisitionFrameRateRaw/Abs.
For example: when AcquisitionFrameRateRaw is 15 and frame rate by partial scan is 50, the camera drives at 15 fps.
3. Partial scan mode
When PartialScanMode is Off, the camera drives at the frame rate that is same as when Height is HeightMax.
・Frame rate of each model when Height is HeightMax
KP-FD500GV 9
KP-F500GV 16
KP-FD202GV/F202GV 30
KP-FD145GV/F145GV 30
KP-FD140GV/F140GV 30
KP-FD83GV/F83GV 36
KP-FD33GV/F33GV 90
When PartialScanMode is On, the camera drives according to 1. and 2.
4. Shutter speed
When shutter speed is set to less than 1 / setting frame rate, intended frame rate cannot achieve.
For example: when frame rate by partial scan is 30 and shutter speed is set to 1/10 second, the camera drive at up to 10 fps.
5. Trigger mode
The frame rate depends on cycle of input trigger signal. However, even if cycle of input trigger signal is shorter than frame rate,
frame rate does not increase.
For example: when frame rate by partial scan is 10 and cycle of input trigger signal is 30, the camera drive at up to 10 fps.
The above are based on the assumption that data transfer rate does note exceed 1 Gbps.
When "CurrentFrameRate" is read, frame rate that the camera drives at that time is informed.
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Packet size and Packet delay
1. Packet size
KP-FD500GV/F500GV/FD202GV/F202GV/FD145GV/F145GV/FD140GV/F140GV/FD83GV/F83GV/FD33GV/F33GV transfer
image data in a packet including image data and data header. Since transferred packet number decrease when packet size is
increased, transfer rate can improve.
If packet size is set more than MTU (Maximum Transmission Unit), the camera cannot transfer image data.
2. Packet delay
KP-FD500GV/F500GV/FD202GV/F202GV/FD145GV/F145GV/FD140GV/F140GV/FD83GV/F83GV/FD33GV/F33GV can be
set delay time inter image data packets. Image data transfer rate (or frame rate) decrease when packet delay is increased. This
would prevent image data conflict when multiple camera connection.
Actual delay time by setting packet delay can be calculated as follows.
Payload size = Image width × Image height × Byte number per pixel [Byte]
* Byte number per pixel by pixel format is following;
Byte num Pixel format
1 Byte BayerRG8 / Mono8
2 Byte YUV422Packed / BayerRG10 / BayerRG12 / Mono10 / Mono12
3 Byte RGB8Packed / BGR8Packed / YUV422_10Packed / YUV422_12Packed
4 Byte RGB10V1Packed
6 Byte RGB12Packed
Packet number per frame = Payload size / ( Setting of packet size – Data header size )
* Setting of packet size = 512 to 16076 (configurable)
* Data header size = 36 [Byte]
Data transmission time per frame= ( Payload size + Packet number per frame × Data header size ) / Data transmission rate [second]
* Data transmission rate = 1,000,000,000 [bit per second] = 125,000,000 [Byte per second]
CCD transmission time per frame = Clocks per line × Lines per frame / Pix1el clock [second]
* Values by each model are following;
Model Clocks per line Lines per frame Pixel clock CCD transmission time per frame
F(D)500GV
F(D)202GV
F(D)145GV
F(D)140GV
F(D)83GV 1270 [clk] 768 [line] 37.037 [MHz]
F(D)33GV 780 [clk] 490 [line] 37.037[MHz]
Inter packet delay time = Setting of packet delay × Packet delay unit [second]
* Setting of packet delay = 10 to 1048575 (configurable)
* Packet delay unit = 10 [nano second] = 10-8 [second]
Total delay time = Packet number per frame × Inter packet delay time [second]
* Total delay time < CCD transmission timer per frame – Data transmission time per frame
Delay time = CCD transmission timer per frame – Data transmission time per frame
Image grabbing time per frame = Data transmission time per frame + Delay time [second]
Frame rate = 1 / Image grabbing time per frame [frame per second]
1924 [clk] 2050 [line] 64.516 [MHz]
1920 [clk] 1220 [line] 72.115 [MHz]
1792 [clk] 1024 [line] 57.692 [MHz]
1792 [clk] 1024 [line] 57.692 [MHz]
0.061135 [second]
0.061135 [second]
0.061135 [second]
0.031807 [second]
0.026335 [second]
0.010319 [second]
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Trigger mode
Trigger mode setting of KP-FD500GV/F500GV/FD202GV/F202GV/FD145GV/F145GV/FD140GV/F140GV/FD83GV/F83GV
/FD33GV/F33GV are following procedure.
1. Fixed shutter mode
When external trigger signal is POSITIVE (TriggerActivation: "RisingEdge"), after the trigger signal rise, exposure is start
The exposure time is set by the camera electronic shutter speed.
(1) TriggerSelector → "VDReset"
(2) TriggerMode → "Off"
(3) TriggerSelector → "FrameStart"
(4) TriggerMode → "On"
(5) TriggerSource → "Line1" / "Line3" / "Software"
(6) TriggerActivation → "RisingEdge" / "FallingEdge"
(7) ExposureMode → "Off" / "Timed"
2. ONE Trigger mode
When external trigger signal is POSITIVE (TriggerActivation: "RisingEdge"), after the trigger signal rise, exposure is start.
The trigger signal width equals the exposure time.
(A) Hardware trigger
(1) TriggerSelector → "VDreset"
(2) TriggerMode → "Off"
(3) TriggerSelector → "FrameStart"
(4) TriggerMode → "On"
(5) TriggerSource → "Line1" / "Line3"
(6) ExposureMode → "TriggerWidth"
(B) Software trigger
(1) TriggerSelector → "VDreset"
(2) TriggerMode → "Off"
(3) TriggerSelector → "FameStart"
(4) TriggerMode → "Oｎ"
(5) TriggerSelector → "ExposureStart"
(6) TriggerMode → "On"
(7) TriggerSource → "Software"
(8) TriggerSelector → "ExposureEnd"
(9) TriggerMode → "On"
(10) TriggerSource → "Software"
(11) ExposureMode → "TriggerWidth"
When actually operating, repeat (a) and (b) alternately.
(a) Exposure start
TriggerSelector → "ExposureStart"
TriggerSoftware → write "1"
(b) Exposure end
TriggerSelector → "ExposureEnd"
TriggerSoftware → write "1"
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3. Reset control mode
The readout timing can be set arbitrary set by input the trigger signal (readout pulse) different from the exposure beginning
when Fixed shutter mode or ONE trigger mode. Execute following procedure in addition Fixed shutter/ONE trigger settings.
(1) TriggerSelector → "FrameTransferStart"
(2) TriggerMode → "On"
(3) TriggerSource → "Line1" / "Line3" / "Software" ・・・ (*1)
(4) TriggerActivation → "RisingEdge" / "FallingEdge"
(*1) Please note the value of TriggerSource when using reset control function
Available combination of TriggerSource
(TriggerSelector: FrameTransferStrat)
Line1 Line3 Software
TriggerSource
(TriggerSelector: FrameStart)
4. VD reset mode
Internal VD is reset when input external VD signal falls and the camera synchronizes to external VD.
Exposure time is setting shutter speed.
(1) TriggerSelector → "VDReset"
(2) TriggerMode → "On"
(3) TriggerSource → "Line1" / "Line3"
(4) TriggerActivation → "FallinEdge" / "RisingEdge"
Line1 × ○ ○
Line3 ○ × ○
Software ○ ○ ○
TriggerSource
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5. Others
Off Off Off Off Off Off Normal mode
(
Normal shutter)
On Off Off Off Off Fixed shutter mode
Off On Off Off Off Normal mode
(
Normal shutter)
On On Off Off Off Fixed shutter mode
&
Reset control
Off Off On Off Off Normal mode
(
Normal shutter)
On Off On Off Off Fixed shutter mode
Off On On Off Off Normal mode
(
Normal shutter)
On On On Off Off Fixed shutter mode
& Reset control
Off Off Off On Off Normal mode
(
Normal shu
tter)
On Off Off On Off Fixed shutter mode
Off On Off On Off Normal mode
(
Normal shutter)
On On Off On Off Fixed shutter mode
& Reset control
Off Off On On Off Normal mode
(
Normal shutter)
On
Off On On Off Fixed shutter mode
Off On On On Off Normal mode
(
Normal shutter)
On On On On
Off Fixed shutter mode
& Reset control
Any On VD reset mode
Timed
Off Off Off Off Off Normal mode
(
Electric shutter)
On
Off Off Off Off Fixed shutter mode
Off On Off Off Off Normal mode
(
Electric shutter)
On On Off Off Off Fixed shutter mode
&
Reset control
Off Off On Off Off Normal mode
(
Electric shutter)
On
Off On Off Off Fixed shutter mode
Off On On Off Off Normal mode
(
Electric shutter)
On On On
Off Off Fixed shutter mode
& Reset control
Off Off Off On Off Normal mode
(
Electric shutter)
On
Off Off On Off Fixed shutter mode
Off On Off On Off Normal mode
(
Electric shutter)
On On Off On Off Fixed shutter mode
& Reset c
ontrol
Off Off On On Off Normal mode
(
Electric shutter)
On
Off On On Off Fixed shutter mode
Off On On On Off Normal mode
(
Electric shutter)
On On On On
Off Fixed shutter mode
& Reset control
Any On VD reset mode
TriggerWidth
Off Off
Off Off Off Normal mode
(
Normal shutter)
On Off Off Off Off ONE trigger mode (hardware trigger)
Off On Off Off Off Normal mode
(
Normal shutter)
On On
Off Off Off ONE
trigger mode (hardware trigger) & Reset control
Off Off On Off Off Normal mode
(
Normal shutter)
On
Off On Off Off ONE trigger mode (hardware trigger)
Off On On Off Off Normal mode
(
Normal shutter)
On On On
Off Off ONE
trigger mode (hardware trigger) & Reset control
Off Off Off On Off Norm
al mode
(
Normal shutter)
On
Off Off On Off ONE trigger mode (hardware trigger)
Off On Off On Off Normal mode
(
Normal shuter)
On On Off On Off ONE
trigger mode (hardware trigger) & Reset control
Off Off On On Off ONE trigger mode (sof
tware trigger)
On
Off On On Off ONE trigger mode (hardware trigger)
Off On On On Off ONE trigger mode (software trigger) & Reset control
On On On On Off ONE
trigger mode (hardware trigger) & Reset control
Any On VD reset mode
Following table describe camera behavior according to combination of value of ExposureMode and TriggerMode.
Command
ExposureMode TriggerMode
FrameStart
FrameTransferStart
ExposureStart
Actual behavior
ExposureEnd
VDReset
36
Page 50
Digital output
The method of setting of digital output is explained.
1. Flash out (strobe pulse)
This camera can output flash pulse when trigger mode or electric shutter mode,
(A) When output flash pulse at the same time as exposure time and without delay.
(1) LineSelector → "Line2"
(2) LineSource → "ExposureAcitve" ・・・ (*1)
(3) LineInverter → False / True ・・・ (*1)
(B) When adjust delay or duration of flash pulse
(1) LineSelector → "Line2"
(2) LineSource → "Timer1Active" ・・・ (*1)
(3) TimerSelector → "Timer1"
(4) TimerDurationRaw → 1 to 8190 ・・・ (*2)
(5) TimerDelayRaw → 0 to 8190
(6) TimerTriggerSource → "ExposureStart"
(7) TimerTriggerActivation → "RisingEdge" / "FallingEdge" ・・・ (*1)
(*1) Following table shows polarity of flash out signal
LineSource TimerTriggerActivation LineInverter Output flash signal
ExposureActive -
False
RisingEdge
Timer1Active
FallingEdge True
Exposure
Flash out
ExposureActive -
True
RisingEdge
Timer1Active
FallingEdge False
(*2) When set to 0 → duration of flash pulse is equal to actual exposure time
2. VD out
This camera can output camera VD. It is used when synchronizing other camera.
(1) LineSelector → "Line2"
(2) LineSource → "VD"
(3) LineInverter → False / True ・・・ (*1)
(*1) Following table shows polarity of VD signal
LineInverter VD signal
Exposure
False
True
VD out
Exposure
VD out
Exposure
Flash out
37
Page 51
Trigger operation and timing chart
Strobe
width
2 (*3)
Strobe
width
1 (*2)
Strobe delay (*1)
9H (*4)
1/Self frame rate
[second]
1. Normal mode
Exposure
Strobe output
（High active）
Data output
VD output
(Low active)
(*1)
KP-FD500GV 0.32µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 0.19µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 0.08µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 0.14µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 0.14µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 0.22µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 0.22µs to 13.1ms Approx. 3.2µs/step
(*2)
KP-FD500GV 4.78µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 2.7µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 1.6µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 3.2µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 3.2µs to 13.1ms Approx. 3.2µs/step
(*3)
All model Shutter Time – Strobe delay (when duration time is set to 0)
(*4)
KP-FD500GV 1H = Approx. 52.89µs
KP-F500GV 1H = Approx. 30.46µs
KP-FD202GV/F202GV 1H = Approx. 26.71µs
KP-FD145GV/F145GV 1H = Approx. 31.17µs
KP-FD140GV/F140GV 1H = Approx. 31.17µs
KP-FD83GV 1H = Approx. 34.61µs
KP-F83GV 1H = Approx. 34.56µs
KP-FD33GV/F33GV 1H = Approx. 21.06µs
Shutter time
(Camera setting value)
38
Page 52
2. Fixed shutter mode
Trigger delay
Strobe delay (*
3) Strobe duration1 (*
4)
Strobe duration2
(*5)
More than 10
µs
When external trigger signal is POSITIVE (high active), after the trigger signal rise, exposure is start. The exposure time is
set by the camera electronic shutter speed. The video output is obtained immediately after the end of fixed exposure. The
strobe signal start/end can be set to shutter time. Trigger signal input during exposure is disabled.
Even if the cycle of the input trigger signal is shorter than frame rate, frame rate does not increase. Input trigger signal is
not effective from exposure start to data output.
Trigger input
(Rising Edge)
Exposure
Strobe output
(High active)
Data output
VD output
(Low active)
(*1)
All model T1 = 1 / Self frame rate [second]
(*2)
KP-FD500GV Photocoupler delay + 0.0 to 19.57ms Approx. 4.78µs/step
KP-F500GV Photocoupler delay + 0.0 to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV Photocoupler delay + 0.0 to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
(*3)
KP-FD500GV 0.24µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 0.14µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 0.06µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 0.16µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 0.16µs to 13.1ms Approx. 3.2µs/step
(*4)
KP-FD500GV 4.78µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 2.7µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 1.6µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 3.2µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 3.2µs to 13.1ms Approx. 3.2µs/step
(*5)
All model Shutter Time – Strobe delay (when duration time is set to 0)
High
Low
(*2)
More than T1 (*1)
Shutter time
(Camera setting value)
9H
39
Page 53
3. ONE trigger mode
Low
More than 10
µs
Trigger delay
Strobe
width
2 (*6)
Str
obe
width
1 (*5)
Strobe delay (*4)
When external trigger signal is POSITIVE (high active), after the trigger signal rise, exposure is start. At the trigger signal
falling edge, the internal VD signal is reset and the video data are transmitted. The trigger signal width equals the exposure
time.
Even if the cycle of the input trigger signal is shorter than frame rate, frame rate does not increase. Input trigger signal is
not effective from exposure start to data output.
Trigger input
(Rising Edge)
Exposure
Strobe output
(High active)
Data Output
VD output
(Low active)
(*1)
All model 1 / Self frame rate [second]
(*2)
KP-FD500GV Photocoupler delay + 0.0 to 19.57ms Approx. 4.78µs/step
KP-F500GV Photocoupler delay + 0.0 to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV Photocoupler delay + 0.0 to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
(*3)
KP-FD500GV 56.0µs + Trigger delay
KP-F500GV 30.6µs + Trigger delay
KP-FD202GV/F202GV 27.4µs + Trigger delay
KP-FD145GV/F145GV 29.3µs + Trigger delay
KP-FD140GV/F140GV 29.8µs + Trigger delay
KP-FD83GV/F83GV 38.4µs + Trigger delay
KP-FD33GV/F33GV 30.13µs + Trigger delay
(*4)
KP-FD500GV 0.24µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 0.14µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 0.06µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 0.16µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 0.16µs to 13.1ms Approx. 3.2µs/step
(*5)
KP-FD500GV 4.78µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 2.7µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 1.6µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 3.2µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 3.2µs to 13.1ms Approx. 3.2µs/step
(*6)
All model Shutter Time – Strobe delay (when duration time is set to 0)
High
(*2)
More than T1 (*1)
Shutter time
(Integration time)
T2 (*3)
9H
40
Page 54
4. Reset control mode
Trigger
Strobe duration2 (*
5)
Strobe delay (*
3)
Strobe duration1 (*
4)
When the external trigger signal is HIGH ACTIVE, exposure begins at the rising edge of the trigger signal and ends at the falling
edge. At the Readout pulse falling edge, the internal VD signal is reset and the video data are transmitted.
(1) When Fixed shutter mode
Trigger input
(Rising Edge)
Exposure
Readout pulse
input
(Rising Edge)
Strobe output
(High active)
Data output
VD output
(Low active)
(*1)
All model 1 / Self frame rate [second]
(*2)
KP-FD500GV Photocoupler delay + 0.0 to 19.57ms Approx. 4.78µs/step
KP-F500GV Photocoupler delay + 0.0 to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV Photocoupler delay + 0.0 to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
(*3)
KP-FD500GV 0.24µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 0.14µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 0.06µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 0.16µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 0.16µs to 13.1ms Approx. 3.2µs/step
(*4)
KP-FD500GV 4.78µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 2.7µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 1.6µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 3.2µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 3.2µs to 13.1ms Approx. 3.2µs/step
(*5)
KP-FD500GV Photocoupler delay + 108.7µs to 19.68ms Approx. 4.78µs/step
KP-F500GV Photocoupler delay + 65.2µs to 11.26ms Approx. 2.7µs/step
KP-FD202GV/F202GV Photocoupler delay + 56.36µs to 6.61ms Approx. 1.6µs/step
KP-FD145GV/F145GV Photocoupler delay + 61.15µs to 8.41ms Approx. 2.04µs/step
KP-FD140GV/F140GV Photocoupler delay + 61.15µs to 8.41ms Approx. 2.04µs/step
KP-FD83GV/F83GV Photocoupler delay + 70.2µs to 13.17ms Approx. 3.2µs/step
KP-FD33GV/F33GV Photocoupler delay + 43.9µs to 13.14ms Approx. 3.2µs/step
(*6)
All model Shutter Time – Strobe delay (when duration time is set to 0)
High
Low
delay (*2)
More than 10µs
Shutter time
(camera setting value)
1 to 5ms
Readout delay (*6)
More than T1 (*1)
More than 10µs
5H
9H
41
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Trigger
Strobe
delay (*4)
Strobe duration2 (*6)
Strobe duration1 (*5)
KP-FD33GV/F33GV
Photocoupler delay +
45.8µs to
13.14ms
Approx.
3.2µs/step
(2) When ONE trigger mode
Trigger input
(Rising Edge)
Shutter time
Readout pulse
input
(Rising Edge)
Strobe output
(High active)
Data output
VD output
(Low active)
(*1)
All model T1 = 1 / Self frame rate [second]
(*2)
KP-FD500GV Photocoupler delay + 0.0 to 19.57ms Approx. 4.78µs/step
KP-F500GV Photocoupler delay + 0.0 to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV Photocoupler delay + 0.0 to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV Photocoupler delay + 0.0 to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV Photocoupler delay + 0.0 to 13.1ms Approx. 3.2µs/step
(*3)
KP-FD500GV 56.0us + Trigger delay
KP-F500GV 30.6us + Trigger delay
KP-FD202GV/F202GV 27.4us + Trigger delay
KP-FD145GV/F145GV 29.3us + Trigger delay
KP-FD140GV/F140GV 29.8us + Trigger delay
KP-FD83GV/F83GV 38.4us + Trigger delay
KP-FD33GV/F33GV 30.13us + Trigger delay
(*4)
KP-FD500GV 0.24µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 0.14µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 0.06µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 0.1µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 0.16µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 0.16µs to 13.1ms Approx. 3.2µs/step
(*5)
KP-FD500GV 4.78µs to 19.57ms Approx. 4.78µs/step
KP-F500GV 2.7µs to 11.20ms Approx. 2.7µs/step
KP-FD202GV/F202GV 1.6µs to 6.55ms Approx. 1.6µs/step
KP-FD145GV/F145GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD140GV/F140GV 2.04µs to 8.35ms Approx. 2.04µs/step
KP-FD83GV/F83GV 3.2µs to 13.1ms Approx. 3.2µs/step
KP-FD33GV/F33GV 3.2µs to 13.1ms Approx. 3.2µs/step
(*6)
All model Shutter Time – Strobe delay (when duration time is set to 0)
(*7)
KP-FD500GV Photocoupler delay + 109.2µs to 19.68ms Approx. 4.78µs/step
KP-F500GV Photocoupler delay + 65.6µs to 11.26ms Approx. 2.7µs/step
KP-FD202GV/F202GV Photocoupler delay + 57.72µs to 6.61ms Approx. 1.6µs/step
KP-FD145GV/F145GV Photocoupler delay + 66.39µs to 8.41ms Approx. 2.04µs/step
KP-FD140GV/F140GV Photocoupler delay + 66.14µs to 8.41ms Approx. 2.04µs/step
KP-FD83GV/F83GV Photocoupler delay + 73.06µs to 13.17ms Approx. 3.2µs/step
High
Low
delay (*2)
More than 10us
Shutter time
(integration time)
T2 (*3)
1 to 5ms
Readout delay (*7)
More than T1
More than 10us
5H
9H
42
Page 56
Note: Special function of reset control trigger
The camera shifts to the output of a normal mode (continuous output) when Trigger input signal passes about 1/3
seconds in the state of High. (The image is output by inputting the Trigger at the VD cycle for this period.)
It returns to the Reset control mode if Trigger input signal becomes Low. However, after becoming Low Trigger input
signal, the period of 50 ms becomes a Readout pulse signal input prohibition period.
5. VD reset mode
When external VD pulse is inputted, internal VD is reset. Exposure time is established shutter speed.
NOTE: If the external VD of cycle which does not match the camera operation mode is input, shutter time has an error.
Trigger input
Shutter time
Readout pulse
input
Data output
VD input
(Falling Edge)
Data output
VD output
(Low active)
High
Low
1 to 5ms
more than 10us
9H
KP-FD500GV ： 4.21µs
KP-F500GV ： 4.19µs
KP-FD202GV/F202GV ： 4.39µs
KP-FD145GV/F145GV ： 3.70µs
KP-FD140GV/F140GV ： 3.88µs
KP-FD83GV/F83GV ： 3.94µs
KP-FD33GV/F33GV ： 3.83µs
More than 10us
1/3s approx.
more than 1/self frame rate [sec]
43
Page 57
Input / Output signal
1. Input signal
The level of the trigger signal input to KP-FD500GV/F500GV/FD202GV
/F202GV/FD145GV/F145GV/FD140GV/F140GV /FD83GV/F83GV/FD33GV
/F33GV is as follows.
High level : +5.0 to +24V
Low level : 0 to +0.3V
Threshold (Low --> High) : 3.7V ± 0.5V
Threshold (High --> Low) : 3.3V ± 0.5V
2. Output signal
The level of VD/Flash pulse signal output from KP-FD500GV/F500GV
/FD202GV/F202GV/FD145GV/F145GV/FD/140GV /F140GV/FD83GV
/F83GV/FD33GV/F33GV is as follows.
High level : +5V
Low level : 0V
Photo coupler delay
Photo coupler delay period of KP-FD500GV/F500GV/FD202GV/F202GV/FD145GV/F145GV/FD140GV/F140GV/FD83GV
/F83GV/FD33GV/F33GV is different depending on the input voltage.
Input voltage When rising When falling
5V 2.6 to 4.2 µs 4.7 to 33.9 µs
6V 2.7 to 3.3 µs 5.4 to 36.8 µs
7V 2.5 to 3.1 µs 6.6 to 38.2 µs
8V 2.2 to 2.8 µs 6.9 to 40.3 µs
9V 2.0 to 2.6 µs 8.1 to 40.7 µs
10V 1.8 to 2.4 µs 8.2 to 41.4 µs
11V 1.8 to 2.2 µs 8.4 to 41.0 µs
12V 1.6 to 2.2 µs 9.0 to 41.8 µs
13V 1.6 to 2.0 µs 9.0 to 42.4 µs
14V 1.5 to 1.9 µs 9.2 to 43.0 µs
15V 1.5 to 1.9 µs 9.1 to 43.5 µs
16V 1.5 to 1.9 µs 10.0 to 43.4 µs
17V 1.4 to 1.8 µs 10.1 to 43.5 µs
18V 1.4 to 1.8 µs 9.7 to 44.3 µs
19V 1.3 to 1.7 µs 10.3 to 44.1 µs
20V 1.4 to 1.6 µs 10.1 to 44.7 µs
21V 1.3 to 1.5 µs 10.4 to 44.6 µs
22V 1.3 to 1.5 µs 10.2. to 45.0 µs
23V 1.2 to 1.6 µs 10.4 to 45.0 µs
24V 1.1 to 1.5 µs 10.3 to 45.1 µs
44
Page 58
Output sequence of RAW data
1 2
R G
・
Pixel
G B
G B R G R G
R G
・ ・
Pixel
G B
R G
・KP-FD500GV
1
R
G B
G B
1 2
R
G B
G
・・・
G
2
・
・
2049
2050
Line
・KP-FD202GV
1
2
・・・
2447 2448
1619 1620
G B
・
1219
1220
Line
R G
G B
45
Page 59
R G
・
Pixel
G B
R G
1 2
R G ・ ・ ・
Pixel
G B
G B R G R G
・・・
R G
・
Pixel
G B
R G
・KP-FD145GV/140GV
1 2
1
R
2
G
G B
・
・
1023
R G
G B
1024
Line
・KP-FD83GV
1
R
2
G
G B
767
G B
768
Line
・KP-FD33GV
1 2
1
R
G
2
G B
・・・
651 652
G B
・・・
1359 1360
G B
1023 1024
・
・
489
490
Line
R G
G B
46
Page 60
Spectral response
BGR
・KP-FD500GV
・KP-F500GV
1
0.9
0.8
0.7
0.6
0.5
0.4
Relative Response
0.3
0.2
0.1
0
400 450 500 550 600 650 700
1
0.9
0.8
0.7
0.6
0.5
IR cut filter
Wave Length (nm)
0.4
Relative Response
0.3
IR cut filter
0.2
0.1
0
400 500 600 700 800 900 1000
Wave Length (nm)
47
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B
G
IR cut filter
・KP-FD202GV
・KP-F202GV
Relative Response
1
0.9
R
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
400 450 500 550 600 650 700
Wave Length (nm)
1
0.9
0.8
0.7
IR cut filter
0.6
0.5
0.4
Relative response
0.3
0.2
0.1
0
400 500 600 700 800 900 1000
Wave length [nm]
48
Page 62
BGR
・KP-FD145GV
・KP-F145GV
0.9
0.8
0.7
0.6
0.5
0.4
Relative Response
0.3
0.2
0.1
0.9
0.8
0.7
0.6
0.5
0.4
Relative Response
0.3
0.2
0.1
1
IR cut filter
0
400 450 500 550 600 650 700
Wave Length (nm)
1
IR cut filter
0
400 500 600 700 800 900 1000
Wave Length (nm)
49
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B
G
R
IR cut filter
・KP-FD140GV
・KP-F140GV
Relative Response
Relative Response
1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
400 450 500 550 600 650 700
Wave Length (nm)
1
0.9
0.8
IR cut filter
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
400 500 600 700 800 900 1000
Wave Length (nm)
50
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B
G
・KP-FD83GV
・KP-F83GV
Relative Responce
1
0.9
0.8
R
0.7
0.6
0.5
IR cut filter
0.4
Relative Response
0.3
0.2
0.1
0
400 450 500 550 600 650 700
Wave Length (nm)
1
0.9
0.8
IR cut filter
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
400 500 600 700 800 900 1000
Wave Length (nm)
51
Page 65
B
G
・KP-FD33GV
・KP-F33GV
1
0.9
0.8
R
0.7
0.6
0.5
IR cut filter
0.4
Relative Response
0.3
0.2
0.1
0
400 450 500 550 600 650 700
Wave Length (nm)
1
0.9
0.8
IR cut filter
0.7
0.6
0.5
0.4
Ralative response
0.3
0.2
0.1
0
400 500 600 700 800 900 1000
Wavelength [nm]
52
Page 66
Specifications
Max f
r
ame rate
9 frames per second
30 frames per second
30 frames per second
RGB8bit: 7 fps
RGB8bit: 18 fps
RGB8bit: 26 fps
RGB10bit: 5 fps
RGB10bit: 12 fps
RGB10bit: 18 fps
RGB12bit: 3 fps
RGB12bit: 9 fps
RGB12b
it: 13 fps
YUV10/12bit: 7fps
YUV8bit: 28fps
YUV10/12bit: 26fps
YUV10/12bit: 18fps
RAW10/12bit: 28fps
Preset
1/9, 1/60, 1/100, 1/250,
1/30, 1/60, 1/100, 1/250,
1/1000, 1/2000, 1/10000,
1/1000, 1/2000, 1/10000,
1/50000 second
1/50000 second
Specifications of KP-FD500GV/FD202GV are showing.
KP-FD500GV KP-FD202GV KP-FD145GV
1) Imaging device 2/3-inch interline CCD 1/1.8-inch interline CCD 2/3-inch interline CCD
Total pixels 2536 (H) x 2068 (V) 1688 (H) x 1248 (V) 1432 (H) x 1050 (V)
Effective pixels 2456 (H) x 2058 (V) 1628 (H) x 1236 (V) 1392 (H) x 1040 (V)
Pixel pitch 3.45µm (H) x 3.45µm (V) 4.4µm (H) x 4.4µm (V) 6.45µm (H) x 6.45µm (V)
Color filter RGB primary color mosaic filter
2) Sensing area 8.47mm (H) x 7.10mm (V) 7.16mm (H) x 5.44mm (V) 8.98mm (H) x 6.71mm(V)
3) Scanning system Progressive scan
4) Vertical scanning frequency
5) Synchronization Internal / External
6) Lens mount C mount
7) Frange back 17.526mm (no adjustment)
8) Video output
Interface Gigabit Ethernet
Protocol GigE Vision Version1.1 compliant
Transmission speed 1Gbps
Output data format RGB 8/10/12 bit YUV422 8/10/12 bit Mono 8/10/12 bit RAW 8/10/12 bit
Max output image size
2448 (H) x 2050 (V) 1620 (H) x 1220 (V) 1392 (H) x 1024 (V)
9 Hz 30 Hz
9) Sensitivity 2000lx, F11, 3200K 2000lx, F5.6, 3200K 400lx, F4, 3200K
10) Minimum illumination 5lx (F1.4, Gain MAX) 10lx (F1.4, Gain MAX) 5lx (F1.4, Gain MAX)
11) Electronic shutter
Variable 10 to 1/100000 second
12) External trigger function
Mode OFF, Fixed shutter mode, ONE trigger mode, Reset Control mode, VD reset mode
Trigger input
13) Partial scan Selectable start position and width of picture grabbing in 2 pixels step
14) Remote control
Control system GigE Vision Version1.1, GENiCAM Version1.1 compliant
Control items TRIGGER, OUTPUT SIGNAL, SHUTTER SPEED, PARTIAL SCAN,
GAIN LEVEL, GAMMA, SHARPNESS, BLACKLEVEL, KNEE, ALC,
WHITE BALANCE, MASKING, PAINT BLACK
15) Power supply DC12V±1V / 48V (PoE: IEEE802.3af compliant)
16) Power consumption
Normal mode Approx.625mA(Approx.7.4W) Approx.650mA(Approx.7.8W) Approx.500mA(Approx.6.0W)
Partial scan MAX Approx. 650mA MAX Approx. 710mA MAX Approx. 600mA
(Approx. 7.8W) (Approx. 8.5W) (Approx. 7.2W)
When height of actual image size is 2
17) Ambient temperature
Performance 0 to 40℃ less than 90% RH
Operating -10 to 50℃ less than 90% RH
Storage -20 to 60℃ less than 70% RH (without dew condensation)
18) Vibration endurance 15 to 200 to 15Hz (98.6 m/s2), sweep: 1 minutes, XYZ, 30minutes
19) Shock endurance 490.3m/ s2 (vertical, horizontal, once each faze)
20) Dimensions 44(W) x 29(H) x 72(D) mm (not including mount protrusions)
21) Mass Approx. 140g
22) Standard compositions Camera (IR-cut filter) Camera (Dummy glass)
Composition table
From DCIN/SYNC 12pin connector
53
Page 67
Specifications of KP-FD140GV/FD83GV/FD33GV are showing.
KP-FD140GV KP-FD83GV KP-FD33GV
1) Imaging device 1/2-inch interline CCD 1/3-inch interline CCD 1/3-inch interline CCD
Total pixels 1434 (H) x 1050 (V) 1077 (H) x 788 (V) 692 (H) x 504 (V)
Effective pixels 1392 (H) x 1040 (V) 1034 (H) x 779 (V) 656 (H) x 494 (V)
Pixel pitch 4.65µm (H) x 4.65µm (V) 4.65µm (H) x 4.65µm (V) 7.4µm (H) x 7.4µm (V)
Color filter RGB primary color mosaic filter
2) Sensing area 6.32mm (H) x 4.76mm (V) 4.76mm (H) x 3.57mm (V) 4.88mm (H) x 3.66mm (V)
3) Scanning system Progressive scan
4) Vertical drive frequency 30 Hz 36 Hz 90 Hz
5) Synchronization Internal / External
6) Lens mount C mount
7) Frange back 17.526mm (no adjustment)
8) Video output
Interface Gigabit Ethernet
Protocol GigE Vision Version1.1 compliant
Transmission speed 1Gbps
Output data format RGB 8/10/12 bit YUV422 8/10/12 bit Mono 8/10/12 bit RAW 8/10/12 bit
Max output image size
Max frame rate 30 frames per second 36 frames per second 90 frames per second
RGB8bit: 26 fps RGB10bit: 35 fps RGB10bit: 85 fps
RGB10bit: 18 fps RGB12bit: 23 fps RGB12bit: 55 fps
RGB12bit: 13 fps
YUV10/12bit: 26fps
9) Sensitivity 2000lx, F5.6, 3200K 2000lx, F5.6, 3200K 2000lx, F5.6, 3200K
10) Minimum illumination 10lx (F1.4, Gain MAX) 10lx (F1.4, Gain MAX) 10lx (F1.4, Gain MAX)
11) Electronic shutter
Preset 1/30, 1/60, 1/100, 1/250, 1/36, 1/60, 1/125, 1/250,
1/1000, 1/2000, 1/10000, 1/1000, 1/2000, 1/10000, 1/1000, 1/2000, 1/10000,
1/50000 second 1/50000 second 1/10000, 1/50000 second
Variable 10 to 1/100000 second
12) External trigger function
Mode OFF, Fixed shutter mode, ONE trigger mode, Reset Control mode, VD reset mode
Trigger input
13) Partial scan Selectable start position and width of picture grabbing in 2 pixels step
14) Remote control
Control system GigE Vision Version1.1, GENiCAM Version1.1 compliant
Control items TRIGGER, OUTPUT SIGNAL, SHUTTER SPEED, PARTIAL SCAN,
GAIN LEVEL, GAMMA, SHARPNESS, BLACKLEVEL, KNEE, ALC,
WHITE BALANCE, MASKING, PAINT BLACK
15) Power supply DC12V±1V / 48V (PoE: IEEE802.3af compliant)
16) Power consumption
Normal mode Approx.500mA(Approx.6.0W) Approx.360mA(Approx.4.3W) Approx.390mA(Approx.4.7W)
Partial scan MAX Approx. 580mA MAX Approx. 390mA MAX Approx. 430mA
(Approx. 7.0W) (Approx. 4.7W) (Approx. 5.2W)
W When height of actual image size is 2
17) Ambient temperature
Performance 0 to 40℃ less than 90% RH
Operating -10 to 50℃ less than 90% RH
Storage -20 to 60℃ less than 70% RH (without dew condensation)
18) Vibration endurance 15 to 200 to 15Hz (98.6 m/s2), sweep: 1 minutes, XYZ, 30minutes
19) Shock endurance 490.3m/ s2 (vertical, horizontal, once each faze)
20) Dimensions 44(W) x 29(H) x 72(D) mm (not including mount protrusions)
21) Mass Approx. 140g
22) Standard compositions Camera (IR-cut filter), Composition table
1360 (H) x 1024 (V) 1024 (H) x 768 (V) 652 (H) x 490 (V)
1/90, 1/250, 1/500,
From DCIN/SYNC 12pin connector
54
Page 68
Specifications of KP-F500GV/F202GV/F145GV are showing.
KP-F500GV KP-F202GV KP-F145GV
1) Imaging device 2/3-inch interline CCD 1/1.8-inch interline CCD 2/3-inch interline CCD
Total pixels 2536 (H) x 2068 (V) 1688 (H) x 1248 (V) 1434 (H) x 1050 (V)
Effective pixels 2456 (H) x 2058 (V) 1628 (H) x 1236 (V) 1392 (H) x 1040 (V)
Pixel pitch 3.45µm (H) x 3.45µm (V) 4.4µm (H) x 4.4µm (V) 6.45µm (H) x 6.45µm (V)
2) Sensing area 8.47mm (H) x 7.10mm (V) 7.16mm (H) x 5.44mm (V) 8.98mm (H) x 6.71mm (V)
3) Scanning system Progressive scan
4) Frame rate 16 frames per second 30 frames per second 30 frames per second
5) Synchronization Internal / External
6) Lens mount C mount
7) Frange back 17.526mm (no adjustment)
8) Video output
Interface Gigabit Ethernet
Protocol GigE Vision Version1.1 compliant
Transmission speed 1Gbps
Output data format Mono 8/10/12 bit
Max output image size
Frame rate 16 frames per second 30 frames per second 30 frames per second
9) Sensitivity 400lx, F8, 3200K 2000lx, F11, 3200K 400lx, F5.6, 3200K
10) Minimum illumination 1lx (F1.4, Gain MAX) 5lx (F1.4, Gain MAX) 2.5lx (F1.4, Gain MAX)
11) Electronic shutter
Preset 1/16, 1/60, 1/100, 1/250, 1/30, 1/60, 1/100, 1/250, 1/30, 1/60, 1/100, 1/250,
1/1000, 1/2000, 1/10000, 1/1000, 1/2000, 1/10000, 1/1000, 1/2000, 1/10000,
1/50000 second 1/50000 second 1/50000 second
Variable 10 to 1/100000 second
12) External trigger function
Mode OFF, Fixed shutter mode, ONE trigger mode, Reset Control mode, VD reset mode
Trigger input
13) Partial scan Selectable start position and width of picture grabbing in 2 pixels step
14) Remote control
Control system GigE Vision Version1.1, GENiCAM Version1.1 compliant
Control items TRIGGER, OUTPUT SIGNAL, SHUTTER SPEED, PARTIAL SCAN, BINNING,
GAIN LEVEL, GAMMA, SHARPNESS, BLACKLEVEL, KNEE, ALC
15) Power supply DC12V±1V / 48V (PoE: IEEE802.3af compliant)
16) Power consumption
Normal mode Approx.650mA(Approx.7.8W) Approx.625mA(Approx.7.5W) Approx.450mA(Approx.5.4W)
Partial scan MAX Approx. 700mA MAX Approx. 700mA MAX Approx. 550mA
(Approx. 8.4W) (Approx. 8.4W) (Approx. 6.6W)
When height of actual image size is 2
17) Ambient temperature
Performance 0 to 40℃ less than 90% RH
Operating -10 to 50℃ less than 90% RH
Storage -20 to 60℃ less than 70% RH (without dew condensation)
18) Vibration endurance 15 to 200 to 15Hz (98.6 m/s2), sweep: 1 minutes, XYZ, 30minutes
19) Shock endurance 490.3m/ s2 (vertical, horizontal, once each faze)
20) Dimensions 44(W) x 29(H) x 72(D) mm (not including mount protrusions)
21) Mass Approx. 140g
22) Standard compositions Camera (dummy glass), Composition table
2448 (H) x 2050 (V) 1620 (H) x 1220 (V) 1360 (H) x 1024 (V)
DCIN/SYNC 12pin connector
55
Page 69
Specifications of KP-F140GV/F83GV/F33GV are showing.
KP-F140GV KP-F83GV KP-F33GV
1) Imaging device 1/2-inch interline CCD 1/3-inch interline CCD 1/3-inch interline CCD
Total pixels 1434 (H) x 1050 (V) 1077 (H) x 788 (V) 692 (H) x 504 (V)
Effective pixels 1392 (H) x 1040 (V) 1034 (H) x 779 (V) 656 (H) x 494 (V)
Pixel pitch 4.65µm (H) x 4.65µm (V) 4.65µm (H) x 4.65µm (V) 7.4µm (H) x 7.4µm (V)
2) Sensing area 6.32mm (H) x 4.76mm (V) 4.76mm (H) x 3.57mm (V) 4.88mm (H) x 3.66mm (V)
3) Scanning system Progressive scan
4) Vertical drive frequency 30 Hz 36 Hz 90 Hz
5) Synchronization Internal / External
6) Lens mount C mount
7) Frange back 17.526mm (no adjustment)
8) Video output
Interface Gigabit Ethernet
Protocol GigE Vision Version1.1 compliant
Transmission speed 1Gbps
Output data format Mono 8/10/12 bit
Max output image size
Frame rate 30 frames per second 36 frames per second 90 frames per second
9) Sensitivity 2000lx, F11, 3200K 2000lx, F11, 3200K 2000lx, F11, 3200K
10) Minimum illumination 5lx (F1.4, Gain MAX) 5lx (F1.4, Gain MAX) 5lx (F1.4, Gain MAX)
11) Electronic shutter
Preset 1/30, 1/60, 1/100, 1/250, 1/36, 1/60, 1/125, 1/250,
1/1000, 1/2000, 1/10000, 1/1000, 1/2000, 1/10000, 1/1000, 1/2000, 1/10000,
1/50000 second 1/50000 second 1/10000, 1/50000 second
Variable 10 to 1/100000 second
12) External trigger function
Mode OFF, Fixed shutter mode, ONE trigger mode, Reset Control mode, VD reset mode
Trigger input
13) Partial scan Selectable start position and width of picture grabbing in 2 pixels step
14) Remote control
Control system GigE Vision Version1.1, GENiCAM Version1.1 compliant
Control items TRIGGER, OUTPUT SIGNAL, SHUTTER SPEED, PARTIAL SCAN, BINNING,
GAIN LEVEL, GAMMA, SHARPNESS, BLACKLEVEL, KNEE, ALC
15) Power supply DC12V±1V / 48V (PoE: IEEE802.3af compliant)
16) Power consumption
Normal mode Approx.450mA(Approx.5.5W) Approx.340mA(Approx.4.1W) Approx.360mA(Approx.4.3W)
Partial scan MAX Approx. 540mA MAX Approx. 400mA MAX Approx. 420mA
(Approx. 6.5W) (Approx. 4.8W) (Approx. 5.0W)
When height of actual image size is 2
17) Ambient temperature
Performance 0 to 40℃ less than 90% RH
Operating -10 to 50℃ less than 90% RH
Storage -20 to 60℃ less than 70% RH (without dew condensation)
18) Vibration endurance 15 to 200 to 15Hz (98.6 m/s2), sweep: 1 minutes, XYZ, 30minutes
19) Shock endurance 490.3m/ s2 (vertical, horizontal, once each faze)
20) Dimensions 44(W) x 29(H) x 72(D) mm (not including mount protrusions)
21) Mass Approx. 140g
22) Standard compositions Camera (dummy glass), Composition table
1360 (H) x 1024 (V) 1024 (H) x 768 (V) 652 (H) x 490 (V)
1/90, 1/250, 1/500,
DCIN/SYNC 12pin connector
56
Page 70
Dimensions
１３
ＭＡＮＵＥＬ
ＡＰＥＲＣＥＶＯＩＲ
ＳＥＥ ＭＡＮＵＡＬ
ＣＯＬＯＲ：ＢＬＡＣＫ
２－Ｍ２（ＤＥＰＴＨ：３.５）
１３.４
２０
ＤＣ ＩＮ/ＳＹＮＣ
Ｅｔｈｅｒｎｅｔ
・ＭＡＳＳ： ＡＰＰＲＯＸ １４０ ｇ
・ＴＯＬＥＲＡＮＣＥ： ±０.５
・ＵＮＩＴ： ｍｍ
・ＳＣＡＬＥ： ＮＴＳ
１４.５
ＣＯＬＯＲ：ＢＬＡＣＫ ＣＯＬＯＲ：ＢＬＡＣＫ
ＣＯＬＯＲ：ＢＬＡＣＫ
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２６（φ２７.４）
４－Ｍ３（ＤＥＰＴＨ：３.５）
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２５
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４－Ｍ３（ＤＥＰＴＨ：３.５）
４４ （６.３）
57
Page 71
Hitachi Kokusai Electric Inc.
UDX Akihabara Bldg. 14-1 Sotokanda 4-choume, Chiyoda-ku, Tokyo 101-8980, Japan
Phone: +81(0) 3-6734-9432, Fax: +81(0) 3-5209-5942
URL: http://www.hitachi-kokusai.co.jp/global/
Hitachi Kokusai Electric (Shanghai) Co., Ltd.
Beijing Branch : Room 1415, Beijing Fortune Building, 5 Dong San Huan Bei-Lu,
Chao Yang District, Beijing, 100004 China
Phone: +86(0) 10-6590-8755/8756, Fax: +86(0) 10-6590-8757
Hitachi Kokusai Electric America, Ltd.
Headquarters and : 150 Crossways Park Drive, Woodbury, New York 11797, U.S.A.
Northeast Office Phone: (+1) 516-921-7200, Fax: (+1) 516-496-3718
West Office : 11258 Monarch, Unite Garden Grove, CA, 92841, U.S.A.
Phone: (+1) 310-328-6116, Fax: (+1) 310-328-6252
Midwest Sales : Phone: (+1) 330-334-4115, Fax: (+1) 516-496-3718
Service (+1) 989-345-5379
South Sales : Phone: (+1) 850-934-1234
: Service (+1) 256-774-3777
Parts Center : phone (+1) 516-682-4435, Fax: (+1) 516-921-0993
Latin Sales : phone (+1) 519-682-4420, Fax: (+1) 516-496-3718
URL: http://www.hitachikokusai.us
Hitachi Kokusai Electric Canada, Ltd.
Head Office : 1 Select Avenue Unit#11 Scarborough, Ontario M1V 5J3, Canada
Phone: (+1) 416-299-5900, Fax: (+1) 416-299-0450
Eastern Office : 5795 Chemin St. Francois St. Laurent, Quebec H4S 1B6, Canada
Phone: (+1) 514-332-6687, Fax: (+1) 514-335-1664
URL: http://www.hitachikokusai.ca
Hitachi Kokusai Electric Europe GmbH
Sales and Engineering : Siemensstr. 9, D-63263 Neu-Isenburg, Germany
Frankfurt Office Phone: +49(0) 6102-8332-0, Fax: +49(0) 6102-202616
London Office : Windsor House, Britannia Road, Waltham Cross, Hertfordshire EN8 7NX, United Kingdom
Phone: +44(0) 845-121-2177, Fax: +44(0) 845-121-2180
General email address: webmaster@hitachi-keu.com
URL: http://www.hitachi-keu.com/
58
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