Be sure that the electrical outlet of the power supply is grounded. Conduct the grounding in common to the other machines it is being connected with. Unless common grounding is conducted, ground loop will occur, which will cause electric shock and noise static.
* The shape of the plug depends on the country of use.
Do not conduct the grounding to a gas pipe or a water pipe.
When plugging in or unplugging the power cord, be sure to touch only the plug.
Do not connect or remove peripheral equipment while the power switch is on. This can cause breakage and failure. Do not unplug the power cord while the power switch is on. This can cause breakage and failure. Do not move the Unit while the power switch is on. This can cause breakage and failure. Once the power switch has been turned off, wait at least five seconds before turning the power switch on. On no account disassemble the Unit. The high voltage parts inside the unit can cause electric shock.
Do not extend the power cord of the product, as this may cause malfunction. This can cause breakage and failure.
Do not insert any foreign objects inside the unit. If flammable objects, metal, or water come in contact with the interior of the unit, failure, fire, and/or an electrical shock may result.
Avoid harsh substances such as alcohol, benzine, thinner, or pesticides, as failure, fire, and/or an electrical shock may result. Do not subject the unit to any strong shocks. This can cause breakage and failure.
Do not place heavy objects on the unit.
Do not pull or bend the SCSI cable. This can cause the cable to malfunction.
If You Notice Anything Abnormal
If unusual noise, odor or smoke occurs, switch the Unit off immediately and disconnect the power cord and the SCSI cable. Contact your retailer or Nikon sales representative in your country.
Storage and Operating Locations
Proper storage will ensure the long life of the Unit. In order to avoid internal dust while being stored, it is recommended that an appropriate cover be used on the Unit. Do not store or use where: The temperature is above 95F (35C) or below 50F (10C), the temperature changes drastically, or condensation occurs.
The humidity exceeds 80%. The Unit is exposed to direct sunlight.
The atmosphere is excessively dusty.
The Unit may be subjected to excessive vibration. The Unit is placed on tilted surface.
The Unit is exposed to electrical noise and interference from other equipment nearby.
Leave sufficient space around the unit to ensure that the ventilation slots are not blocked. Blocking these slots may cause an internal heat build-up. Place the unit on a level and stable surface for operation. If operated in any other way, problems will occur.

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Cautions for Operation
Don't carry the Unit or film while scanning. This can cause breakage and failure. When moving the scanning stage, don't touch or unmount the film holder. This can cause breakage and failure. Don't use a slide mount more than 3mm thick. If the slide mount surface is not smooth, you may feel some resistance when mounting or unmounting the slide. Don't force the slide mount or strip film holder into or out of the scanner if it does not move smoothly. This can cause breakage and failure.
When Taking the Unit Out of The Country
The use of this product may violate local laws and restrictions in some countries. If this is the case, we cannot bear any responsibility for any violations resulting from the use of this product.
Transportation Precautions
When transporting the Unit, pack the unit with the original package box and packing material provided by Nikon.

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Notice concerning prohibition of copying or reproduction
Note that simply being in possession of material which has been copied or reproduced by means of a scanner may be punishable by law. Items prohibited by law from being copied or reproduced Do not copy or reproduce paper money, coins, securities, government bonds, or local government bonds, even if such copies or reproductions are stamped Sample. The copying or reproduction of paper money, coins, or securities which are circulated in a foreign country is prohibited. The copying or reproduction of unused postage stamps or post cards issued by the government without obtaining approval from the government is prohibited. The copying or reproduction of stamps issued by the government and certified documents stipulated by law is prohibited.
Cautions on certain copies and reproductions The government has issued cautions on copies or reproductions of securities issued by private companies (shares, bills, checks, gift certificates, etc.), commuter passes, or coupon tickets, except when a minimum of necessary copies are to be provided for business use by a company. Also, do not copy or reproduce passports issued by the government, licenses issued by public agencies and private groups, ID cards, and tickets, such as passes and meal coupons. Comply with copyright notices The copying or reproduction of works such as books, music, paintings, woodcut prints, maps, drawings, movies, and photographs which are copyrighted creative works is prohibited except when it is done for personal use at home or for similar restricted and non-commercial use.

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1. Overview
Thank you for purchasing the Nikon 35mm Film Scanner COOLSCAN II. This manual describes the procedures for unpacking, setting up, and connecting the scanner, with emphasis on hardware use and precautions. Please read the sections appropriate for the scanner you are using, to ensure proper operation. For an explanation of how to scan and reproduce images with COOLSCAN II, please refer to the software manual. We hope that you will find this manual helpful.

1.1 Features

The COOLSCAN II is capable of scanning 35mm film (color/ monochrome, negative/positive) at high speed and high resolution. 3-color, high-brightness LED illuminant, eliminates the need for illuminant maintenance High-speed single-pass scanning capability High quality images produced using an 8-bit A/D converter Maximum pixel count of 2,592 x 3,888 and high resolution of 2,700dpi (on film surface) Auto-focus function, eliminating the need for manual focusing Compact, lightweight design, with low power consumption

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1.2 Operating Environment for Standard Model
Leave extra space around and above the unit to ensure smooth operation. Please refer to the drawings below for the amount of space to be provided. If possible, place a suitable cover over the unit to avoid dust accumulating when it is not being used. For vertical installation
For horizontal installation

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2. Before Operation

2.1 Inspection

Inspect the package to see whether any damage has occurred during shipment. If there is any damage to the package, please contact your retailer directly and do not unpack the unit. Power cord (1)

2.2 Components

When you open the package, check whether all the items are present. If there are any missing items, please contact your retailer immediately.
SCSI cable (1) (50pin full pitch Dsub 25pin)

Standard Model

The following items are included with your COOLSCAN II standard model package.
Terminator (1) FH-2 Strip Film Holder (1)

Main Body (1)

Users manual(s) Software disk(s) - 15 -

Internal-mount Model

The following items are included with your COOLSCAN II Internal-mount model package.
SCSI 50-pin flat cable (1)

Terminator (1)

Users manual(s) Software disk(s) Main Body (1) FH-2 Strip Film Holder (1)

Guide rail (1)

Internal Power Cable (1) - 16 -

Notes on Use

Cleaning the Unit
Dont use a slide mount neither less than 1.1mm nor more than 3.0mm thick. If the slide mount is not flat on its surface, you may feel some roughness when mounting or unmounting the slide. Dont force the slide-mount or strip film holder into or out of the unit if it does not move smoothly. When scanning film, dont touch or unmount the slidemount or film strip holder.

Adaptor cover Cover latch Adaptor snap

Upper holder

Lower holder concave section (Film sits here)

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4. Setting Up the Standard Model

4.1 Before Connection

For an IBM PC/AT or compatible in which a SCSI board has not been installed, install a SCSI board as explained in the manual supplied with the board. Note: Make sure that the PC is powered off before installing the SCSI board. When installing a SCSI board for the first time, be careful not to set conflicting I/O addresses, interrupt numbers, or graphic board DMA channels.
Before connecting the cables, confirm that all devices, including the computer system and the COOLSCAN II, are turned off.

POWER OFF

POWER ON

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4.2 Connecting the Power Cord
Before connecting the power cord, confirm that the units power switch is in the off position. Insert the female end of the supplied power cord into the AC inlet located on the rear panel, then insert the plug into the AC power outlet.
Remarks The power source must be grounded. If possible, try to use an independent electric outlet. If the unit is connected to an outlet to which an electric household appliance, such as a vacuum cleaner or air-conditioner, is connected, the product may experience power source noise interference. Do not extend the power cord of the product, as this may cause malfunction.

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4.3 Connecting the SCSI Cable
Before connecting the SCSI cable, confirm that all SCSI devices, including the computer system, have been turned off. Connect the unit to the computer using the SCSI cable. After attaching the connector, be sure to lock it in place. You can connect the SCSI cable to either of the SCSI connectors on the rear panel of the unit.
If the unit is the only connected SCSI device, or if the unit is connected at the end of the SCSI chain, attach a terminator (terminal resistance) to the other SCSI connector. At this point, remove the terminator of the other SCSI device that has been placed between them. The terminator is not needed when the unit is connected between other SCSI devices.
Terminator Connect SCSI devices in a chain, and attach terminators to both ends of the chain. Since the terminator is built into the host computer in most cases, the host computer should be at the end of the SCSI chain. The operation manuals of some notebook computers require a terminator to be attached outside the computer; please refer to the operation manual for the computer to which the unit is connected. Note: The SCSI cable used for SCSI connection should be of highimpedance type. - 23 5
SCSI Chain Connection with Other Devices
If Scanner is connected at the end of the SCSI chain: Connect the 50-pin full pitch connector of the SCSI cable to the SCSI connector located on the rear panel of the unit, and insert the other end to the SCSI connector of other SCSI device. Connect the supplied terminator (terminal resistance) to the other SCSI connector on the rear panel of the unit.

If Scanner is connected between the other SCSI devices: Connect the 50-pin full pitch connector of the SCSI cable to the SCSI connector located on the rear of the unit, and insert the other end to the SCSI connector of other SCSI device. Connect the other SCSI device by using the other SCSI connector on the rear panel of the unit. Connect the supplied terminator (terminal resistance) to the SCSI device connected at the end of SCSI chain.

Terminator

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Remarks The maximum number of SCSI devices that can be connected to one computer is eight including the CPU. When using with a host computer with a built-in SCSI hard disk or built-in CD-ROM, note that SCSI ID numbers have been pre-assigned for the host CPU and the SCSI devices. The SCSI cable must not be extended beyond a total length of 19 feet (6 meters), or else failure may result. If you use the type of terminator that is inserted between the SCSI cable and SCSI interface connector, install a terminator independent of the other SCSI connector of the COOLSCAN II.
Terminators must be attached to the devices located at both ends of the SCSI chain. If the host computer is a Macintosh, the Macintosh itself will provide termination at one end of the chain. If the host computer is an IBM PC/AT or compatible, equipped with a SCSI board, the SCSI board itself will present termination at one end of the chain. Note that when a SCSI chain connection is made inside a computer, the end of the SCSI device inside the computer will become the end terminal. Before installing a SCSI board, be sure to read the users manual provided with the board. The numbers for the I/O address, interrupt level (INT) and DMA channel might conflict with other interface boards and peripheral devices. If so, change them as explained in the manual.

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4.4 Setting the SCSI ID
The SCSI ID for the COOLSCAN II is set at 5 when the unit is shipped. If other SCSI devices are connected to your computer, make sure that the SCSI ID for the COOLSCAN II is different from those assigned to other SCSI devices.
Remarks To change the ID, confirm that the COOLSCAN II power is off. The ID cannot be changed when the power is on. As 7 has been assigned for the CPU and 0 has been assigned to the built-in hard disk for a Macintosh, and 0 and 7 have also been assigned to other personal computer systems, any number from 1 to 6 is recommended for the ID number. If conflicting ID numbers are assigned, the system might not function, or important data on the hard disk might be destroyed. It is therefore essential to check the ID numbers carefully before connecting the COOLSCAN II.

Note that in the case of a host computer which has a built-in SCSI hard disk or built-in CD-ROM, the ID numbers of the host CPU and each SCSI device have already been assigned. If the IDs are the same, you must change the ID number of the other SCSI device or the ID of the COOLSCAN II to avoid any conflict.

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5. Setting Up the Internal-mount Model
The internal-mount scanner is easy to install, following the procedure described below.

Rear panel

The rear panel of the internal-mount scanner is shown below. The rear panel contains the DC power connector, SCSI connector, and configuration DIP switch block.

5.1 Before Installing

The internal-mount scanner is shown below. Note that the front of the internal-mount model is identical to that of the standard model.

Front panel

The front of the scanner includes the film slot and the status display LED.

Configuration DIP switch

The default DIP switch configuration is shown in Table 5.1. The meaning of the SCSI ID DIP switch is explained later. The internal-mount scanner is set at the factory to SCSI ID #5. DIP Switch Default Usage 1 Closed SCSI ID bit 0 = Open SCSI ID bit 1 = Closed SCSI ID bit 2 = (Not used) Table 5.1 Factory set default DIP switch configuration

Status display LED

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Both sides of the internal-mount scanner are identical as shown 5.2 Installing the Internal-mount Model below. Note the set of two tapped holes on each side. One set of holes on each side of the scanner will be used for the rails To install the internal-mount scanner, first screw the guide rails as shown in this figure. provided with the scanner to the two sides of the scanner, then insert the scanner into the drive bay using the computer drive Locking tab Guide rail Mounting holes bay slots. Connections to the back of the scanner include the computer power and the SCSI flat cable. Due to the tight space constraints inside the computer, it is not possible to connect the cables to the scanner after it has been installed. The SCSI cable and terminating networks are easier to connect to the scanner before it is mounted in the drive bay. The computer power connector is easily connected to the scanner when the scanner is partially inserted into the drive bay.

Top panel

Tapped holes

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Installing the guide rails
Different computers have their own special requirements for mounting devices in an internal drive bay. In most cases, a pair of guide rails are screwed to the sides of the scanner to enable it to be slid into the drive bay. These guide rails are also used to lock the scanner in place.

The computer drive bays

In order for a scanner to be mounted inside the computer, the computer must have the following: 1. An externally accessible 5 1/4" half-height bay 2. A standard power supply connector 3. A card slot available on the motherboard
The scanner will slide into a 5 1/4" half-height drive bay as shown below. To enable film to be inserted into the scanner, the computer must have a cutout for this drive bay, so that the drive bay is externally accessible. The scanner will be powered from the computer using the standard computer drive power supply connector. The computer mother board needs to have an available single short connector slot for the SCSI interface board. Rail stop (open) Rail stop screw Rail slots

Rail stop screw

Insert the scanner here
Film slot Rail stop (closed)

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The computer drive bay has one or two metal stops screwed into the tapped holes on the sides of each half-height drive slot. These should be loosened to allow them to either be removed or to hang freely so they do not block the drive bay receptacles for the guide rails. These will be repositioned after the scanner is installed to lock the scanner in place.
Attaching the guide rails to the scanner
Depending on the type of computer, it may take several tries to find the best combination of holes on the scanner and rails for optimal mounting. The face of the scanner has to fit flush with other peripherals in the drive bays as well as the face of the computer. In addition, the scanner must slide into the drive bay without touching any other devices, or the drive bay itself. It should sit so that the cutout in the computer front panel aligns with the front of the scanner. Several attempts may be required to align the scanner in the computer drive bay. It is often easiest to identify the best holes while holding the scanner and rails in front of the drive bay. Choose the position that looks best, then screw the rails into the side of the scanner loosely and attempt to push the scanner into the bay. If it fits, remove the scanner, tighten the screws and continue with the installation. If not, move the rails with respect to the scanner and try again until it fits.
The scanner side mounting holes
Two sets of vertical holes are provided on the sides of the scanner. These are the top and bottom rail mounting holes. One set must be chosen according to where the computer allows the scanner to be positioned in the drive bay. Most computers require that the bottom set of mounting holes be used. Position the rails at the bottom of the scanner and, while holding the scanner, see if the scanner will slide into the bay rail slots.
The guide rail mounting holes
The guide rails have a tapered end and a non-tapered end. The tapered end is mounted at the rear of the scanner to facilitate the scanners insertion into the drive bay slot. The non-tapered end is mounted at the front of the scanner. This flat end allows the scanner to be locked into position once the scanner is installed. Certain holes on the rails are elongated vertically, allowing precise adjustment of the position of the rails with respect to the scanner. The rails have a set of horizontal holes that can be used to position the rails forward or backward with respect to the scanner.

Sliding the scanner into the drive bay
Before the scanner is inserted into the drive bay, insure that the DIP switch block is set correctly. In rare cases, it may be necessary to change the configuration of the DIP switch block. On no account force the scanner into the drive bay. It should have a snug fit, yet it should not be necessary to apply excessive force when pushing in the scanner. If it does not slide in easily, reposition the guide rails or visually check the drive bay to see what might be blocking the path of the scanner.

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Installing the internal-mount scanner in the drive bay
Step 1Connect the SCSI cable to the scanner Connect one end of the flat 50-pin SCSI cable to the 50-pin SCSI connector on the rear of the internal-mount scanner as shown below. Insure that Pin 1 of the cable is aligned with Pin 1 of the scanner.
The connectors on both the scanner and the cable are protected with a protruding tab to force the connector to mount properly. Note that Pin 1 on the scanner connector and the cable connector is marked with a triangle, and the wire associated with Pin 1 has a red stripe on it. Do not force the cable connector into the scanner. It should snap into place with moderate force. Make sure that the connector on the cable is positioned parallel to the connector on the scanner before applying force. This will reduce the risk of bending any pins. Warning! Make sure that Pin 1 marked on the scanner connector mates with Pin 1 of the flat cable connector. Step 2Terminating the SCSI chain The internal-mount scanner needs SCSI termination. Refer to 5.4 Terminating the SCSI chain in this chapter for more information. Step 3Loosen the lock down screws On one or both sides of the drive bay opening are locking screws. These may be positioned so that they block the access to the openings in the drive bay where the rails will slide in. Loosen these screws so that the metal tab does not block access to the openings. It may be necessary to remove these tabs. Keep them handy because they will be repositioned in Step 8 below.

SCSI connector

SCSI flat cable

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Step 4Feed the computer power connector Feed the computer power 4-pin connector, through the drive bay from the inside as far as it will extend out through the drive bay. Connect the cords with each 12V DC or 5V DC connector. Computer power connector (Typical connector on four wire cable)

Note: When you establish a ground, connect a grounding cable (not provided) to the GND screw.

GND screw

Step 5Slide the scanner part way into the drive bay Thread the unconnected end of the 50-pin SCSI cable through the drive bay and pull it through into the inside of the computer while sliding the scanner rear-first into the drive bay. The scanner should slide in easily if the rails are properly positioned. Push the scanner in so that the rear of the scanner aligns with the computer power connector. Y-Adapter power connector (Optional Y-type power connector) Warning! The top or bottom of the scanner should not touch anything when sliding into the computer. Damage can occur to the scanner or to other devices if the scanner scrapes during installation.

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Step 6Connect the power connector Connect the 4-pin power connector of the computer to the 4pin power connector of the scanner. Note that both connectors are keyed so that one side of the connector is beveled. Be careful to insure that the beveled edges are properly aligned. Under certain circumstances, it is possible to force the connector in at an improper angle, thereby creating a reversed connection. Extreme damage can occur to the scanner should this happen. Make sure that the connection is correct. Note: An optional Y-adapter may be necessary if there are no available power connectors in the computer. Warning! Do not attempt to connect power to the scanner with the computer power on. Step 7Slide the scanner into the computer Once the power connection is made, carefully slide the scanner the rest of the way into the computer. Pull gently on the SCSI cable with one hand to provide slight tension on the cable while the scanner is being pushed in. Do not tug on the cable or allow the cable to fold while pushing in the scanner. Step 8Screw down the rail stops Once the scanner has been pushed into the computer, reposition or reinsert the lock tabs mentioned in Step 3 above. The tabs should slide in front of the scanner guide rails, thereby locking the scanner in place.

5.3 Setting the SCSI ID

Up to eight devices can share a SCSI host. These are each identified by SCSI ID numbers. Thus, a SCSI ID can have a value between 0 and 7. There are no implicit regulations regarding the use of these numbers. Typically, the computer itself would be SCSI ID number 7, while the SCSI peripherals would be 0 through 6. A minimum of two devices must be connected to any SCSI bus. In this case, one is designated as the initiator while the other is the target. It is possible to have many configurations of initiators and targets on a bus. More than one initiator can be present on a SCSI bus. The typical configuration is one initiator and one or more targets. The internal-mount scanner is always a target. In the case we show below, the only initiator is the computer. The SCSI ID is typically set by a switch on the rear of the SCSI peripherals. The default SCSI ID number set at the factory is ID #5.

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Determining which ID to use
If the scanner is the only SCSI device that will be connected to the SCSI bus, there is no need to change the SCSI ID from the preset value. If the scanner must share the SCSI bus with one or more other peripherals, it is necessary to insure that no two peripherals have the same ID. Create a list of SCSI peripherals on the desired bus, noting the device type and the SCSI ID of that device. To determine the SCSI ID of the other peripherals, check the rear of each peripheral for some indication of the SCSI ID of that device. If there is no indication of the ID number, consult the peripherals users manual or call the peripheral manufacturer to determine the SCSI ID setting.
Remarks To change the ID, confirm that the computer power is off. The ID cannot be changed when the power is on. As 0 and 7 have been generally assigned to the computer system, any number from 1 to 6 is recommended for the ID number. If conflicting ID numbers are assigned, the system might not function, or important data on the hard disk might be destroyed. It is therefore essential to check the ID numbers carefully before connecting the COOLSCAN II. If another SCSI peripheral shares the same SCSI ID as the COOLSCAN II, change the SCSI ID of the COOLSCAN II to an unused SCSI ID as indicated in the following sections.

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Setting the SCSI ID on the Internal Scanner
The SCSI ID is set by a set of DIP switches on the back of the internal-mount scanner as shown below. In most cases, these DIP switches will not be changed.
If it is necessary to change the default SCSI ID, change the position of the DIP switches to the proper SCSI ID. Refer to Table 5.2 for the proper DIP switch values. When changing the position of the switches, use a pointed instrument to toggle the switch. Use of a pen or pencil is not recommended, since these will leave a mark on the switch and make it difficult to differentiate between the on and off positions. SCSI ID DIP #1 DIP #2 DIP #3 Open Open Open Closed Open Open Open Closed Open Closed Closed Open Open Open Closed Closed Open Closed Open Closed Closed Closed Closed Closed Table 5.2 SCSI ID DIP switch values

Factory default for COOLSCAN II

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5.4 Terminating the SCSI Chain
The SCSI chain is an electrical bus connecting two or more devices. It is critical that this bus be correctly terminated for the SCSI peripherals to work properly. Termination is an electronics term that applies to the impedance found at both ends of the bus. The electrical signals on the SCSI bus are changing rapidly between their digital on and off states. To minimize noise, a terminator is placed on each end of the bus. The effects of this termination may be subtle, but are critical to the correct operation of the scanner on bus. Typically, the computer is located at one end of the SCSI bus. Assuming this is the case, the SCSI controller in the computer has to be terminated. Warning! Incorrect SCSI termination can cause unpredictable errors. If one other SCSI peripheral shares this SCSI bus, it also has to be terminated. If additional SCSI devices are connected to the bus between the two end SCSI devices, these devices can NOT be terminated. Only two terminated devices can reside on the SCSI bus, one at each end. Improperly terminated SCSI peripherals can fail immediately or may work correctly for a period of time before generating their first errors.
Terminating the Internal-mount Scanner
If the LS-20 is at the end of the chain, attach the provided SCSI terminator as described below. The SCSI terminator is usually inserted between the SCSI connector on the LS-20 and the provided SCSI flat cable, as shown below.
Insert terminator between these connectors

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Remarks When connecting the terminator to the scanner, insert it straight, and correctly aligned with the locator key, taking care not to bend the pins. When removing the terminator from the scanner, pull it straight out, taking care not to bend the pins.
5.5 SCSI Cables Used with Internal Scanners
The internal SCSI cable is a 50-pin flat cable with two identical molded connectors on each end. One end of this cable will connect to the SCSI controller while the other end will connect If there is not enough space to connect the terminator directory to the connector on the rear of the internal-mount scanner. A typical SCSI internal cable is shown below. to the LS-20, the SCSI connector on the LS-20 should be attached to the connector stamped in the center of a daisySCSI flat cable chaining flat cable (not provided), and the provided SCSI terminator should be attached to the unconnected stamped connector at one end of this cable.

Are the numbers you have set for I/O, INT and DMA for the SCSI board different from those for other boards? (For Windows version) Do not set the conflicting numbers. Does your system satisfy our recommended system requirements? Provide the recommended system described in the software manual. Have you installed software? For information on installing and operating software, refer to the software manual provided with the unit. Have you properly set the configuration, such as CONFIG.SYS ? If you have installed applications for Windows, for instance, note that the configuration may change automatically. (For Windows version) Poor image quality. Have you set the film properly? Set the film properly. Can you see dust on the film? Remove dust on the film with a blower or photographic brush. Was the unit subjected to vibration during the scanning operation? Place the unit where it will not be subjected to vibration or physical shocks. Are you using software properly? For details, please refer to the manual for your software.

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Appendix: Specifications

Reading system/Optics

Film type: 35mm film (color or monochrome, negative or positive)
Scanning/Signal processing
Image scanning (single pass): Main scanning: 2,592-element CCD line sensor Sub-scanning: Moving film stage driven by step motor Scanning time: Prescan, Preview: Approx. 20 sec. Actual scan: depends on the kind of interface, resolution setting and film density (Approx. 80 sec. for 3-color within a 2,592 x 3,888pixel range with standard film) 2,700 dpi
Reading resolution: 2,592 x 3,888 pixels Reading area: Effective area: Light source: Film holder: Image optics: Focusing: Gradation: 24.3 x 36.5mm 23.4 x 35.4mm (with strip film holder) RGB 3-color LED No holder needed for mounted slides. Strip film holder FH-2 for strip film. High-resolution optics (Autofocus) Auto 256 gradations each for R, G and B

Resolution:

A/D conversion: 8 bit

Data Transmission

Interface: SCSI-2 compliant Maximum transfer rate: Approx. 2.66MB/sec with SCSI