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General Information

Safety Summary

Please read this to ensure safe and correct use. Retain this information for future reference. The information contained in this document is subject to update without notice.

For your safety, this product should be installed by a skilled person.

Installation

TITAN V2

TITAN V3

TITAN V2 NGRS

Quick Access Menu

You can access Pre-Cocking or Profiles using a shortcut. After firing a shot, burst or while in SAFE (only if the safety lever has been removed)*, hold the trigger and switch the selector within the specified time (see table). Switch the selector in any order to change between the options indicated by motor vibrations. 

By releasing the trigger, you exit the function confirming it. Bear in mind that Programming via Trigger is a different process. To find out more check the PROGRAMMING VIA TRIGGER CARD included or continue reading below.

*You can enter Programming via Trigger only when the selector on the replica is in SEMI position and AUTO mode is not assigned to this position.

Pre-Cocking

In GCS go to Trigger>Pre-Cocking>Switch Mode via Selector and use the toggle button to activate this function.

1. Fire a shot, burst or pull the trigger while in SAFE mode (only if the safety lever has been removed) and do not release the trigger.

2. Switch the selector within 2 s. There is a single low frequency vibration.

3. Switch the selector in any order to change between the options indicated by vibrations:

   1. 1 low vibration – Pre-Cocking Off

   2. 2 low vibrations – Pre-Cocking Auto

   3. 3 low vibrations – Pre-Cocking Manual

4. Release the trigger to save the selected mode.

De-Cocking

Forcing the piston release after firing with Pre-Cocking enabled

1. Press the trigger in SEMI or BINARY mode and wait for the firing cycle to end – do not release the trigger.

2. After 1.5 s, a high, medium, high, medium, high, medium frequency audible message will be triggered.

3. Releasing the trigger after the sound message is equivalent to firing without Pre-Cocking. The piston remains in the rest position.

Profile Selection

Profiles are sets of particular settings of configurable TITAN functions. You can choose one of the three profiles at a time. Go to General>Profiles>Change Profile via Selector in GCS to be able to use this function. If you want to change the active profile:

1. Fire a shot, burst or pull the trigger while in SAFE (only if the safety lever has been removed) and do not release the trigger.

2. Switch the selector within 2–7 s. There is a single high frequency vibration.

3. Switch the selector in any order to change between options, which are indicated by vibrations. 

   1. 1 high frequency vibration – Profile 1

   2. 2 high frequency vibrations – Profile 2

   3. 3 high frequency vibrations – Profile 3

4. Release the trigger to save the selected profile.

Programming via USB-Link

1. Connect the USB-Link via its Micro-USB plug to your PC, Mac or smartphone using one of the dedicated USB cables:

• USB-A cable for PC/Mac

• Micro-USB or USB-C cable for smartphones

2. Connect TITAN to the USB-Link.

3. Now you can control TITAN via GCS.

USB-Link Troubleshooting

The USB-Link has a 4-color LED indicator.

Restoring Factory Settings

You can restore Factory Settings in 3 ways:

• Via GCS:

Go to General. Open the menu in the upper right corner and select Restore factory settings.

Troubleshooting

Low Battery Warnings

When activated, you are warned 5 times before the battery is discharged. Each warning is communicated by 3 vibrations: High → Mid → High.

Vibrations after Connecting the Battery

TITAN can detect the number of battery cells automatically. If you activate this function, vibrations start once the battery is connected. Remember to always check if your TITAN detects the correct number of battery cells.

Diagnostic Trouble Codes

Diagnostic Trouble Codes (DTC) enable detecting basic malfunctions and problems with your AEG or TITAN. You are notified of the main errors by vibrations. DTCs can later be read and cleared in the DTC menu in GCS as well as in the Programming Mode in Advanced Settings.

If DTCs are read while in Programming Mode:

• Each vibration type corresponds to an issue type

  • High frequency vibrations: warning

  • Low frequency vibrations: problem

  • Low-High frequency vibrations: device failed self-test

  • High-Low vibrations: another error

• The number of vibrations determines exactly what the problem is (for reference read the DTC explanations presented later on in this guide)

TITAN V2

TITAN V2 has the following optical sensors:
1 sector gear sensor
2 selector sensors
5 trigger sensors

Installation

Please read the installation guide below before proceeding.

INSTALLATION KIT Contents

• selector plate sticker set (6 pcs)

• M2 screw and washer set:

  • 1 x screw

  • 1 x pressboard insulation washer

  • 2 x steel washers

• M2.5 screw and washer set:

  • 1 x screw

  • 1 x pressboard insulation washer

  • 2 x steel washers

• connector set:

  • 1 x Deans-T connector with heatshrink tubes

  • 2 x motor connectors (2.8 x 0.5 mm – 0.11 x 0.02 in) with heatshrink tubes

Procedure

You will need:

• a cross-head screwdriver

• a flat-blade screwdriver

• a metal file or milling machine

• solvent

• grease

• a Blu-Link or USB-Link with a micro USB-Cable and a Windows/Mac/Android/iOS device

Follow the steps below in order to mount the TITAN drop-in module:

1. Remove the gearbox from the AEG body

2. Disassemble your gearbox, take out all the internals

3. Clean the gearbox case using solvent

4. Pay attention to the marked area. If you see that it is not smooth, use a metal file or grindstone to prepare the surface. The gearbox surface should be smooth, with no sharp edges which may damage the TITAN.

5. Detach the drop-in module carefully.

6. Place the bottom board in the bottom part of the gearbox. Do not use a screw yet. Check if the bottom board is laid flat in the gearbox.

7. Make sure the electronic components are not touching the gearbox case.

8. Use the (black) insulation washer from the kit.

9. Fasten the bottom board to the case. Use the original screw or the one(s) from the kit.

10. Check if the screw is sticking out of the gearbox.

11. If so, add the metal washer(s) included in the kit. Make sure that the metal washer is placed between the screw and the insulation washer. It cannot be touching the circuit board directly.

12. Check if the top board fits the gearbox without any problems.

13. Loosen the screw. Adjust the position of the bottom board. The distance between the PCB and the bearing must be the same throughout (as indicated in the marked area).

14. Make sure the marked areas are not covered by the board or wires.

15. Check if the sensors are clean and not covered by wires.

16. Some gearboxes need modification. Check if your gearbox has the marked pins. If so, remove them.

17. Check if both parts of the gearbox fit together perfectly.

18. Mount the trigger without the spring. Insert the TITAN top board. Close the gearbox. When the gearbox is closed, carefully check if the trigger can move smoothly and is not touching any TITAN components.

19. Mount the sector gear, trigger with the spring and the top TITAN board. Make sure that the gear is not touching TITAN.

20. Close the gearbox. Tighten the two screws on the top part of the gearbox case.

21. Prepare the selector plate. If the selector plate does not have a copper connector, you need to modify it. The black surface does not reflect light, so sensors will not work properly.

22. In order to modify the black plate, use a sticker from the kit. Try the sticker with the thinner black line first.

23. The black plate after modification. Sticker location is crucial. Carefully align it to the left-hand side.

24. Install the selector plate.

25. Connect TITAN to your desktop/mobile device using a USB-Link or a Blu-Link. Start GCS.

26. Check Gear and Tooth Detection: Go to General. Turn the gears slowly to check if the sensor can detect teeth. Keep in mind that TITAN reads the sensors much quicker than GCS.

27. Check trigger sensitivity:
Go to Trigger. Pull the trigger slowly. The sensor indicators will stop glowing one by one in the area marked, you will also see a change in the colour of the indicators marked, which mean active sensors. In case of some trigger models, the first sensor(s) might be active even when the trigger is not pulled.

28. Check selector calibration:
Go to Selector. Check if the sensors recognize the selector plate. Moving the selector plate, verify if TITAN detects SAFE, SEMI and AUTO. You will notice changes in the marked areas . If necessary, go to Recalibrate and follow the instructions in GCS.

Otherwise, you need to modify the selector plate with another sticker as mentioned above in steps 21-23 and shown below:

29. Insert the gearbox into the body

30. If all the sensors are working flawlessy, you can assemble the gearbox. Do not use too much grease. In a critical situation, excessive grease may cover sensors.

TITAN V3

TITAN V3 has the following optical sensors:

1 sector gear sensor
1 selector sensor
1 proximity trigger sensor

Installation

Please read the installation guide below before proceeding.

INSTALLATION KIT Contents

• 3 x selector plate stickers

• trigger sticker set (6 pcs)

• 3 x anti-backlash stickers (0.15 mm - 0.006 in)

• 3 x anti-backlash stickers (0.3 mm - 0.012 in)

• 3 x anti-backlash stickers (0.5 mm - 0.02 in)

• 2 x washers (0.3 mm - 0.012 in)

• 2 x washers (0.2 mm - 0.008 in)

• 2 x washers (0.1 mm - 0.004 in)

• set of connectors:

  • 1 x Deans-T connector with heatshrink tubes

  • 2 x motor connectors (2.8 x 0.5 mm - 0.11 x 0.02 in) with heatshrink tubes

Procedure

You will need:

• a cross-head screwdriver

• a flat-blade screwdriver

• a metal file or milling machine

• solvent

• grease

• Blu-Link or USB-Link with a micro USB-Cable and a mobile/desktop

Follow the steps below in order to mount TITAN:

1. Remove the gearbox from the AEG body.

2. Disassemble your gearbox, take out all the internals.

3. Clean the gearbox case using solvent.

4. Detach the drop-in module carefully.

5. Route the wires through the gearbox shell from the inside.

6. Place the wires in the gearbox shell so as the unit can fit properly without any resistance.

7. Place the bottom board on the bottom part of the gearbox. Do not use any screw yet. Check if the bottom board is laid flat in the gearbox.

8. Make sure the electronic components are not touching the gearbox case.

9. If the bottom board fits correctly, use a cut-off lever screw to stabilize the unit. Also use the included washers.

10. Check if the screw is sticking out of the gearbox.

11. If so, add the metal washer(s) included in the kit.

12. Check if the top board fits the gearbox without any problems.

13. Loosen the screw. Adjust the position of the bottom board. The distance between the board and the bearing should be similar as indicated in the marked area.

14. Mount the sector gear and top TITAN board. Make sure that the gear is not touching TITAN.

15. Close the gearbox. Use at least two screws.

16. Connect TITAN to your mobile/desktop device with a USB-Link or Blu-Link. Run GCS. Go to General.

17. Turn the gear slowly to check if the sensor detects teeth (2). Keep in mind that TITAN reads the sensors much quicker than the GCS.

18. Use solvent to clean trigger elements. Next, place the smaller sticker (trigger sticker) on the flat surface.

19. Place one trigger anti-backlash sticker inside the moving element of the trigger.

20. After placing the first sticker, assemble both trigger elements and estimate the clearance between them. If you feel that there is still some clearance, you can use more stickers. Remember that the trigger should work smoothly.

21. All the steps performed inside the gearbox are complete. Now you can assemble the gearbox. Do not use too much grease. In a critical situation, excessive grease may cover a sensor.

22. In some replicas (G36, UMP, etc.) you need to modify the mechanical trigger lock, because it is too long and touches the TITAN top board. In this case, grind the protruding element by around 1.5/2 mm [0.06/0.08 in].

23. After modification, check if the mechanical trigger lock is touching the TITAN top board. If it is not, you can proceed.

24. Install the remaining external gearbox components and start wire placement. You can use the picture below or your previous wiring as a suggestion.

25. Prepare the selector plate following the steps below. If the plate is a standard one (AK, most of G36, etc.), paste the sticker as in the picture below. If necessary, enlarge the hole in the plate – the space between the selector plate border and the sticker border should be approximately 10mm [0.4 in].

26. If there are any issues with sticker adhesion, modify the selector plate.

27. Finish gearbox assembly and put it in the replica body. Next, connect TITAN to a mobile/desktop device using a USB-Link or Blu-Link and perform sensor calibration following the instructions in GCS. Follow the steps below.

TITAN V2 NGRS

TITAN V2 NGRS has the following optical sensors:

2 gear sensors
1 selector sensor
1 trigger sensor
1 bolt catch sensor

Installation

Please read the Installation Guide below before proceeding.

INSTALLATION KIT Contents

• selector plate sticker set (6 pcs)

• M2 washer set:

  • 2 x insulation pressboard insulation washers

  • 2 x insulation steel washers

• connector set:

  • 1 x Deans-T connector with heatshrink tubes

  • 2 x motor connectors (2.8 x 0.5 mm – 0.11 x 0.02 in) with heatshrink tubes

Procedure

You will need:

• a cross-head screwdriver

• a Torx screwdriver

• a flat-blade screwdriver

• ametal file or milling machine

• solvent

• grease

• a USB-Link with a micro USB-Cable or a Blu-Link and a Windows/Mac/Android/iOS device

Follow the steps below in order to mount the TITAN drop-in module:

1. Remove the gearbox from the AEG body.

2. Disassemble your gearbox, take out all the internals.

3. Clean the gearbox case using solvent.

4. Detach the drop-in module carefully.

5. Place the bottom board in the bottom part of the gearbox. Do not use any screw yet. Check if the bottom board is laid flat in the gearbox.

6. Make sure the electronic components are not touching the gearbox case.

7. Use the insulation (black) washer from the INSTALLATION KIT.

8. Screw on the bottom board to the case. Use the original screw or the one from the kit.

9. Check if the screw is sticking out of the gearbox.

10. If so, add metal washer(s) included in the kit. Make sure that the metal washer is placed between the screw and the insulation washer. It cannot touch the circuit board directly.

11. Check if the top board fits gearbox without any problems.

12. Make sure the marked areas are not covered by the board or wires. Check if the sensors are clean.

13. Place the wires in the gearbox shell, in exactly the same way as in the picture. The order is important.

14. Check if both parts of the gearbox fit together perfectly.

15. Mount the sector gear and top TITAN board. Make sure that the gear is not touching TITAN.

16. Close the gearbox. Tighten at least three screws.

17. Connect the unit to GCS using a USB cable and a USB-Link or Blu-Link (do not solder the Deans-T connector yet).

18. Go to General. While moving the gear, observe what happens with the gear sensors and Full Section Gear and Half Section Gear icons.

19. Test the bolt catch sensor by moving the lever up and down. Observe what happens with the BOLT CATCH SENSOR icons. Depending on the position of the lever, the icons will flash alternately.

20. If both sensors are working flawlessly, you can assemble the gearbox. Do not use too much grease. In a critical situation, excessive grease may cover a sensor.

21. Modify the selector plate. Use solvent to clean the selector plate. Next, take the stickers shown in the picture below. Take the small sticker (selector sticker) and stick it on the flat surface shown below.

22. The wires in the pistol grip have to be placed according to the photo below.

23. The wires in the buffer tube have to be placed according to the photos below.

24. Place the heat-shrink tube on the wire, cover the connector with a thin layer of solder. (Always use flux or rosin during soldering, especially when solder melts. This is necessary to achieve the correct connection.)

25. Have a look at the connection and check if it is done properly. Pay attention while soldering – it should fill the soldered space correctly and the solder cannot be oxidized. Remove excess rosin from the connection.

26. Repeat the procedure with the black (negative) wire.

27. Prepare the heat-shrink tubes and close them. Heat each heat-shrink tube carefully from all sides. Do it over the flame of a gas range or lighter.

28. If your gun is completely assembled, perform sensor calibration. Go to Trigger in GCS and calibrate it.

29. Then go to Selector and calibrate it.

After successful calibration your AEG is ready to use.

Legal Notice

Please read the Legal Notice before operating your device and keep it for future reference. This document contains important terms and conditions with respect to your device. By using this device, you accept these terms and conditions.

Exclusion of Liability

GATE Enterprise sp. z o.o. sp. k. are not liable for any damages, injuries or accidents of any kind resulting from the use of this product or airsoft gun with the product installed, including (but not limited to) incidental or special damages to airsoft gun, airsoft gun parts, batteries and gearbox internals.

Disclaimer

GATE Enterprise sp. z o.o. sp. k. takes no responsibility regarding compliance of the product with the requirements of any law, rule or airsoft restrictions pertaining thereto.

Intellectual Property

Intellectual Property owned by GATE Enterprise sp. z o.o. sp. k., including but not limited to, devices, accessories, parts, software, documentation, is proprietary to GATE Enterprise sp. z o.o. sp. k. and protected under Polish laws, EU laws, and international treaty provisions. You may not violate the rights of the Intellectual Property and you will not prepare derivative works of or reverse engineer the device or software. No ownership in the Intellectual Property is transferred to you.

GATE Limited Warranty Policy

GATE Enterprise sp. z o.o. sp. k. warrant that its Product is free from manufacturing and material defects at the date of purchase and for a period of two (2) years from the date of purchase and it is nonextendable. This Limited Warranty is conditioned upon proper use of Product by Purchaser.

This Limited Warranty is valid provided that the owner provides a proof of purchase and properly completed warranty form.

This Limited Warranty does not cover: (a) defects or damage (e.g. mechanical, thermal or chemical) resulting from accident, misuse (misinterpretation of the instructions), abuse, neglect, unusual physical, electrical or electromechanical stress, water immersion, repairs or structural modification of any part of Product, or (b) the Product that has its serial number removed or made illegible; (c) defects or damage from improper operation, maintenance or installation, (d) installation of the products.

Requests for warranty are processed as soon as possible, not exceeding seven (7) working days. The company’s obligation under this Limited Warranty shall be limited to providing replacement of parts only.

Product Disposal Instructions

The symbol shown here means that the product is classified as Electrical or Electronic Equipment and should not be disposed with other household and commercial waste at the end of its working life. The Waste of Electrical and Electronic Equipment (WEEE Directive 2012/19/EU) has been put in place to recycle products using best available recovery and recycling techniques to minimize the impact on the environment. Purchasers shall take any old electrical equipment to waste recycling public centres or points of sale.

Certificate of Conformity 

GATE Enterprise sp. z o.o. sp. k. hereby declare under our sole responsibility that the products GATE TITAN V2, TITAN V3 and TITAN V2 NGRS are in conformity with the essential requirements of the following Directives: 2011/65/EU, 2014/30/EU, 2014/35/EU, 2001/95/WE.

Technical Specifications

The design and production of the device is based on harmonized standards.

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