Pnc-500-m1 For Mac
. MAC 500 s er vi ce m anu al. © 1997, 1998 Martin Professional A/S, Denmark. All rights reserved. No part of this manual may be reproduced, in any form or by any means, without permission in writing from Martin Professional A/S, Denmark.
Printed in Denmark. P/N 511000 Revision #980803-MA. OFTWARE.22 section 6 AJOR ARDWARE HANGES.24 section 7 YPICAL PARE ARTS 900 MAC 500; 230V,50H;; MSR 575; B.26 IN CARDBOARD LACK section 8 LOCK IAGRAM.29 MAC 500.
A list of distributors is maintained on the Martin Professional web site. Technical assistance is also available 24 hours a day from the Martin Service Hotline. The number is +45 70 200 201. In the United States call 1-888-TECH-180. 2 I N D U C T I V E L O A D S Always power off the MAC 500 before connecting or disconnecting any of the step motors. Otherwise, damage to the motor drivers may occur. Two types of Loctite are in use, and are available from Martin Professional.
Set screws securing wheels to motor shafts are secured with the lighter, green, Loctite 290 (P/N 400533). All other screws are treated with the heavier, blue, Loctite 243 (P/N 400531). Figure 2-1 Remove the tilt-sensor circuit board. Remove the bottom row of 5 screws from both sides of the yoke base and lift off the yoke. 3 I N S T A L L Y O K E O N B A S E Set the base on a work table with the circuit-board side facing you.
The rotating-gobo wheel does not normally require adjustment after replacement. 4 R E M O V E F I X E D G O B O W H E E L Remove the rotating-gobo wheel. MAC 500 1998-08-03.
E P L A C E R O T A T I N G G O B O B E A R I N G If the bearing requires lubrication, use silicone lubricant, available from Martin in 0.5 liter containers as P/N 400119. Clean the bearing thoroughly before lubricating. O T A T I N G P R I S M M O D U L E 2.
1 R E M O V E M O D U L E Remove the gobo module. MAC 500 1998-08-03. Position the focus module and insert the slide pins.
Tighten the set screws. Fill a syringe with Martin P/N 400003 synthetic, high-temperature oil. No other lubricant is approved for use. Apply a few drops of oil to both slides.
Be careful not to get oil on the drive belt or other parts. E M O V E C I R C U I T B O A R D Unplug the connectors from the top of the circuit board. Lifting by the 2 black pins on the ends, pull the board partially out. Unplug remaining connectors and remove the board. MAC 500 1998-08-03. T I N G J U M P E R S 1.
Position the jumpers for the desired XLR pin-out on PL 233/234 as shown in Figure 2-5. Martin pin-out DMX pin-out Position the jumper on PL 121 for the desired boot setting (default) as shown in Figure 2-5.
Remove the main circuit board. Remove the handle from the fan end, and remove the 4 screws from the power input/serial link panel.
Remove the screws holding the side profile at the fan end. Unplug and remove the fan. Installation is the reverse of the above. MAC 500 1998-08-03. 14 C O N T RO L M O D U L E 2. 1 R E P L A C E Remove the main circuit board. Remove the 4 nuts from the back of the control panel and remove the control panel.
N D EX I N G M E T H O D S Effects indexing in the MAC 500 is determined by one of three methods. The adjustment procedure for the effect depends on its indexing method. Aas rakuten global market: cute japanese patternswang chan. The lamp must be properly adjusted before the alignment of the other effects can be adequately judged.
Refer to procedure 3.11. Center the effect in the light path. Begin by visually centering the effect with the lamp off. Then strike the lamp and focus the beam on a flat surface to confirm proper alignment. Adjust if necessary and then tighten both set screws. Using a controller or the control panel, tilt the head until a set screw is accessible from above. Tighten the set screw with a 2 mm Allen wrench.
Tilt the head a few degrees until the second set screw is accessible. MAC 500 1998-08-03. Replace the lamp-socket assembly. Switch on the MAC 500 and wait until the reset has finished. Using either a controller or the control panel, turn on the lamp and focus the light on a flat surface. Center the hot-spot (the brightest part of the image) by using the three adjustment screws.
Turn one screw at a time to drag the hot-spot diagonally across the projected image. Martin about. The problem is fixed in software from version 1.6. Missing or incorrectly set jumper: The MAC 500 has a jumper on the PCB to configure the pin-out of the XLR jacks. The default configuration is DMX pin-out, i.e., pin-2 (-) and pin-3 (+). The fixture will not respond to DMX if the jumper is miss- ing or set to Martin protocol. the lamp circuit on, measure the voltage across the heavy blue and black wires at the connection block.
The reading should be the same as the AC line voltage when the lamp is off. If there is no voltage, but the relay “clicks,” the relay contacts are defective.
A bug in versions 1.3 and before causes the DMX signal on a random channel to be misinterpreted for a fraction of a second, after which normal control returns. This is only seen with certain controllers, for example the Strand 520, and can affect any MAC 500 1998-08-03. effect but is most visible when it affects the shutter. Install version 1.4. 2 S H U T T E R D I M M E R L O S E S S T E P C A U S I N G L I G H T L E A K A G E W H E N C L O S E D. New menu SPEC-dRES (DMX reset disable).
When OFF, reset via DMX is only possible if color wheel 1 is at color 9 and color wheel 2 is at color 6. New menu dMAC (DMX Macros) that allows disabling of all DMX-selectable macros and pulsating effects. MAC 500 1998-08-03. Version & Date Changes.
DMX protocol version 2 implemented. Martin protocol implemented. 65 combined colors implemented on one DMX channel. Random pulsating dimmer and iris implemented. Pulsating dimming implemented. 97/10/1.
New demo program 'dEM2' implemented: pan and tilt limits and partially random sequences may be programmed. The new belt has part number 372301. Balance plates The achromatic lenses now being used in the MAC 500 are heavier than the first lenses used. To counterbalance the additional weight, two 3 mm thick steel plates are being fastened to the top and bottom of the lamp housing, just in front of the quarter-turn fasteners. Changes New head shell The plastic in the shell of the MAC 500 head was changed to another type that withstands higher tem- peratures and has better heat conduction properties. The new shell may be identified by the embossed Martin logo and by the number of ventilation slots over the lamp housing: the old shell has four slots (9 mm wide) and the new shell has 6 slots (3 mm wide).;; M SR I N C A R D B O A RD 57 5; B L A CK 100 MAC 500/600, Keyboard Overlay 200 6N137 Opto photo IC 200 75C176 BiCMOS RS485 Transceiver 200 Dual Microstep Driver, PBL 3772N, DIP.
300 Spring for goboguide, new, MAC 500 300 Spring D=10 l=48 d=1.25 300 Plastic Housing for Bearing 58-000000 Plastic toothwheel, T2,5 for MAC 500 Iris 300 Plastic cover for yoke, MAC500/600 300 MAC 1200 Diffusion filter Pyrex 90x90x3.5 mm. 800 Timing pulley l=17mm, with tacho-wheel, Tilt 800 Timingwheel MXL, 20tooth, w. Flanges 800 Sleeve flexible,hose 5mm, black; l=700 800 PCB MAC 500 motherboard, Programmed, Main CPU v. 1.5, Feedback CPU v. 1.0 800 PCB MAC 500/600, display/keyboard, programmed CPU MCI079-000000 Iris 49mm, cut.
s e c t i o n 8 BL O CK D IAGR AM 1998-08-03 Block Diagram.
Tavor (X95 and CTAR-21 variants) in use with Israel's Golani Brigade. (the small arms branch of IMI was privatized into ) initiated the Tavor development team in 1995, under the direction of gun designer Zalmen Shebs. The objective of the project was to create an assault rifle that was more reliable, durable, and easier to maintain than the, while also being better suited to close-quarters combat and mechanized infantry roles. As a result, they hoped that the weapon would be officially adopted by the. Due to the military's close-quarters and mechanized infantry requirements, the project team selected a bullpup design, that would allow the weapon to be compact while keeping a long barrel able to achieve ballistically favorable high muzzle velocities. A long-stroke piston system, similar to that found in the AK-47 and M1 Garand, was selected to ensure the weapon's reliability under adverse conditions. Trials in Israel The Tavor prevailed over the in a series of trials of conducted during 2001 and 2002.
Qualities tested included Mean Rounds Between Failures (MRBF), reliability, ergonomics during long marches, and ease-of-maintenance. In 2009, the IDF selected the Tavor X95 as its future standard issue rifle for all branches of the infantry, with a gradual changeover beginning in 2006 and expected completion among front line troops by end of year 2018. Design details and engineering Bullpup configuration The Tavor uses a configuration, in which the, bolt carrier group and are placed behind the pistol grip. This shortens the firearm's overall length without sacrificing barrel length. As a result, the Tavor provides overall length, yet can achieve muzzle velocities if equipped with a rifle-length barrel. Long-stroke piston system. The Tavor's long-stroke piston system.
The Tavor uses a non-lubricated system, as found in the, and the. Like in the AK-47, the long-stroke piston mechanism contributes to the extreme forcefulness of the TAR-21's extraction and chambering.
The Tavor attachment of the piston to a heavy bolt carrier, and the extension of the mainspring into the hollow stem of the bolt carrier, bears a family resemblance to the internal mechanism of the AK-47. Ambidexterity and modularity The Tavor has ejection ports on both sides of the rifle so it can easily be reconfigured for right or left-handed shooters. However, this process requires partial disassembly, so it cannot be quickly reconfigured while the rifle is in use.
An issue related to this is the original plastic cover on the unused ejection can allow gas to escape during the course of fire. Due to the bullpup design this vents right under the shooters face causing issues, such as inhaling ejection gases and the fouling of glasses and face with ejection debris.
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The issue is exacerbated when the weapon is suppressed. The characteristic black smudge from this has been nicknamed 'Tavor face' by some shooters. This has been addressed by various non-factory solutions which increase sealing of the unused port. Its ambidextrous selector above the pistol grip has a and a. The Tavor features a self-contained, drop-in, so that the trigger group can be changed or replaced without the use of additional tools.
The Tavor can also be mounted with the (GTAR-21). Chambering, cartridges and ammunition feeding. A solder conducts firing drill with a CTAR-21.
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The Tavor is primarily chambered in, although and Russian models are also available. The IDF uses both 3.6-gram (55 gr) M193 and 4.0-gram (62 gr) M855 5.56×45mm rounds. M193 rounds are used by regular infantrymen for better terminal effects at shorter distances, while the heavier M855 is used by sharpshooters.
The Tavor accepts standard. Last round bolt-open catch The Tavor features a last round bolt catch, whereby the bolt holds open after the last round discharges. This is a request of modern armies, as it helps to allow soldiers to know when their magazine empties and to reduce reloading times during combat while also not requiring manual action cycling after. Barrel Tavor barrels are made from CrMoV steel and cold hammer-forged (CHF) on the premises of the IWI factory in. The TAR-21 barrel is 457mm in length and is chrome-lined for durability and corrosion resistance.
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The barrel features 6 grooves in a 178 mm (1 in 7 inch) twist, or 32 calibers right hand. The barrel is fitted with a 'birdcage' style, which can be fully disassembled without the need of additional tools. Reliability, ease-of-maintenance and waterproofing The design objectives of the Tavor aimed for reliability and ease-of-maintenance, particularly under adverse or battlefield conditions. According to Russell C. Tilstra, the Tavor is 'easily considered more reliable' than the M16 and M4 series rifles. The Tavor is designed to be easily field-stripped, without the need for any additional tools.
It is waterproofed and its internal mechanism is sealed from outside elements, so that it can pass over-the-beach requirements. Variants. Caracal Battalion IDF combat soldier armed with the GTAR-21 which is equipped with a grenade launcher. TAR-21 The Tavor TAR-21 is the standard variant with a 457mm long barrel. The Israeli firearm manufacturer, produces the Tavor TAR-21 in different variations: GTAR-21 The GTAR-21 has a notched barrel, to accept an 40 mm under-barrel. CTAR-21 The CTAR-21 is a compact shorter 380mm barrel variant intended for and, but has become more favored than the standard TAR-21 throughout the IDF.
STAR-21 The STAR-21 is a variant with folding under-barrel and magnification sight. Tavor 7 X95 (MTAR-21). See also: The Tavor X95 (also referred to as the MTAR-21) is the variant of the Tavor that was selected as the future standard infantry weapon of the IDF in 2009. In 2013, the X95 was issued for the first time as the standard infantry weapon to recruits of the Givati Brigade. With the use of a relatively simple conversion kit, the X95 can be converted from a 5.56 mm assault rifle to a 9mm. A can also be added to the weapon, as part of the 9mm conversion kit.
A grenade launcher can also be attached to the X95. Ukrainian licensed Tavors purchased a license for Tavors to be manufactured by Ukrainian firearm manufacturer,. Fort-221 - Ukrainian locally produced version of the CTAR-21 in 5.45×39mm. Fort-222 - Ukrainian locally produced version of the STAR-21 in 5.45×39mm. TC-21 The semi-automatic Tavor Carbine (TC-21) was first made available for civilian customers to purchase in from 2008.
The Canadian civilian version initially shipped with the Mepro reflex sight and a slightly longer barrel to meet the Canadian requirement for non-restricted semi-automatic centerfire rifles to have a barrel length of at least 470 mm. Current version are shipped with a full length Picatinny rail, without optics. In Europe, the Czech company Zeleny Sport recently (December 2015) imported Israeli-made TC-21s, equipped with Mepro M5 or M21 reflex sight, which are now available for both civilian and law enforcement customers.
In 2013, IWI started a US subsidiary, IWI US, which is manufacturing the semi-automatic TC-21 as the Tavor SAR for U.S. The weapon is manufactured with a combination of Israeli and US parts. IWI US had shipped 50,000 Tavor SARs to US civilian customers by early 2016.
IWI US sells the in variety of variants; they include:. TSB16: Semi-automatic version of the CTAR-21, with a 26.125 in. (663.575 mm) overall length. TSB16L: A TSB16 with left-handed controls pre-installed.
TSB16-BLK: A TSB16 chambered in. TSB17-9: 9×19mm submachine gun with a 17 in (431.8 mm) barrel and a 26.125 in (663.575 mm) overall length. TSB18: 5.56×45mm rifle with a 18 in (457.2 mm) barrel and a 27.625 in (701.675 mm) overall length. TSB18RS: 5.56×45mm rifle with a 18 in (457.2 mm) barrel and a 30 in (762 mm) overall length; integrated permanent 2 3/8 in muzzle break and a 10-round magazine to be compliant with laws of certain states. ('RS' stands for Restricted State.). TSIDF16: Semi-automatic version of the CTAR-21 without a full-length rail, an integrated MEPRO 21 sight, and a 26.125 in (663.575 mm) overall length; meant to be a semi-automatic replica of the CTAR-21 issued to the IDF.
Note: IWI US sells their Tavor SARs in a variety of colors, including Black (B), Flat Dark Earth (FD), and OD Green (G); the letter 'B' subsequent to 'TS' in the rifles' designations can be switched with any of the colors' respective letters. Aftermarket parts A significant aftermarket of spare and replacement parts has developed around the Tavor, including the development of triggers for the bullpup rifle that are produced by manufacturers such as Geissele Automatics and double stage trigger pack TAV-D from Shooting Sight. Shlomi Sabag, Deputy CEO of IWI, says that one of the indicators of the success of the rifle in the shooting sports or civilian market, is the fact that 'an aftermarket of products associated with the Tavor bullpup rifle, like triggers, has evolved very quickly'. Awards The 's awarded the Tavor the 2014 Golden Bullseye Award as its rifle of the year. The NRA's prestigious award, now in its twelfth year, aims to award the best products available to civilian shooters. Website awarded the Tavor with TTAG Reader's Choice Award for Best Rifle of 2013. The Tavor X95 was awarded the NRA's rifle of the year award for 2017.