Smart Parts Ion Stock Board Settings | Smart Parts Ion Stock Board Settings 상위 179개 답변

당신은 주제를 찾고 있습니까 “smart parts ion stock board settings – Smart Parts Ion Stock Board Settings“? 다음 카테고리의 웹사이트 https://you.aseanseafoodexpo.com 에서 귀하의 모든 질문에 답변해 드립니다: https://you.aseanseafoodexpo.com/blog/. 바로 아래에서 답을 찾을 수 있습니다. 작성자 Dusty Company 이(가) 작성한 기사에는 조회수 52,513회 및 좋아요 251개 개의 좋아요가 있습니다.

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여기에서 이 주제에 대한 비디오를 시청하십시오. 주의 깊게 살펴보고 읽고 있는 내용에 대한 피드백을 제공하세요!

d여기에서 Smart Parts Ion Stock Board Settings – smart parts ion stock board settings 주제에 대한 세부정보를 참조하세요

So you guys finally convinced me to do this. Yes i am aware there is already a couple videos of this and im sorry for stealing your idea. I have just been asked an uncountable amount of times to do this, so here it is.\r
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Going along with the video:\r
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Dwell- The time the bolt stays forward during the cycle of the gun. On the stock board is measured in blips, But on most other boards/guns it is measured in Miliseconds.\r
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Recharge- Just a limit basically on how fast the gun will cycle.\r
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**NEW** How to Optimize your dwell setting**\r
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Lower your dwell to where your gun wont fully cycle. Then raise it until it will fully cycle. Then get some paint and shoot over a crono. Keep raising the dwell until the fps stops rising. Then lower 2 blips or so. This is your optimal dwell setting.\r
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Any questions please message me or visit this website which has all the info you will ever need.\r
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http://www.zdspb.com/tech/mguide/ion/index.html

smart parts ion stock board settings 주제에 대한 자세한 내용은 여기를 참조하세요.

Smart Parts Ion Stock Board Settings – YouTube

*NEW* How to Optimize your dwell setting** Lower your dwell to where your gun wont fully cycle. Then raise it until it will fully cycle. Then …

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Source: www.youtube.com

Date Published: 7/23/2021

View: 1888

What is the Stock Ion board settings for tourney – PbNation

I want to set an all stock ION for tourney legal for 10bps. … Stock dwell, use the gr in your manual and adjust ROF to make it 10 BPS.

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Source: www.pbnation.com

Date Published: 12/4/2021

View: 2422

Smart-Parts-Ion-Settings.pdf – PAINT-SUPPLY.net

All stock Ion. Stock Board. Recharge/rof: 0. Dwell: 27. Input pressure: 125 fps: 250 +/-10. —. Oily. Stock US board,Smart Parts 360 QEV and Firbolt,stock …

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Source: www.paint-supply.net

Date Published: 8/15/2022

View: 9010

How to set the dwell on a Smart Parts ION with or without a …

I have seen question posted alot. Here is writeup I d on PBnation that may help alot of you set the dwell to the most efficient setting.

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Source: www.paintballforum.com

Date Published: 12/11/2021

View: 9144

How do I set my bps and ramp bps on my stock smart parts ion?

So i have a ion stock board, stock bolt, No qev. My gun was shooting fine then the night before i went to go play reball at a local church i put the settings to …

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Source: www.accessify.com

Date Published: 2/26/2021

View: 6126

Smart Parts Ion Paintball Gun Review – LiveAbout

The stock board has semi-automatic, ramping, 3-shot burst and fully-automatic modes and is rated up to 17 BPS. Performance. Compared to other …

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Source: www.liveabout.com

Date Published: 6/22/2021

View: 663

SP-8 – Paintball Manuals

Smart Parts (Impulse/Ion). 1200 shots (68ci, 4500psi tank), 800 shots (20oz. ANTI-SIPHON tank) – Efficiency will vary with paint, barrel and setting …

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Source: pbmanuals.com

Date Published: 9/5/2022

View: 9711

주제와 관련된 이미지 smart parts ion stock board settings

주제와 관련된 더 많은 사진을 참조하십시오 Smart Parts Ion Stock Board Settings. 댓글에서 더 많은 관련 이미지를 보거나 필요한 경우 더 많은 관련 기사를 볼 수 있습니다.

주제에 대한 기사 평가 smart parts ion stock board settings

• Author: Dusty Company
• Views: 조회수 52,513회
• Likes: 좋아요 251개
• Date Published: 2007. 8. 15.
• Video Url link: https://www.youtube.com/watch?v=RaZ9EPUKdOo

How do you reset an ion board?

Hold the power button and count the number of times the red LED blinks, and stop once you’ve reached your new desired setting. For instance if you count 40 blinks, the new setting will be 40. Pull the trigger and turn the gun off. The board is now all ready to go, when you turn it back on.

How do you change the velocity on a Smart Parts Ion?

Higher the pressure, higher the velocity; lower the pressure, lower the velocity. Use the included 5/8″ wrench (or pliers) to adjust the screw. When looking up at the bottom of the regulator, screwing the adjustment endcap clockwise will increase the pressure, and counterclockwise to decrease it.

Is the Smart Parts Ion good?

The Smart Parts Ion is a low-cost electropneumatic paintball gun designed for the player who wants a tournament-level paintball gun at a basement price. While you won’t mistake it for a top of the line gun, it is a good performer and can compete in the same ballpark as any gun on the market.

How do you turn off eyes on Smart Parts Ion?

Ion’s Eyes are Turned Off

Turn the gun to vision mode by pressing the power button. If vision mode is turned off, the power button will blink slowly in a double blink sequence.

How do you turn off an ion light board?

The usual method is to navigate to the browser menu and select ‘Power Off Device’. In either case, a dialogue box will open and ask you to confirm. If you tap the power button again or click ‘OK’, the console will power down.

How do I Unpark an ETC Ion Channel?

How do you change the time on an ETC Ion?

Top Replies

Hi Tony, You need to Exit Ion and go to Settings>General. It’s at the top of the list there. It will probably ask you to re-boot afterwards.

What happened to Smart Parts paintball guns?

Smart Parts was a paintball manufacturing company in Latrobe, Pennsylvania, which filed for liquidation on July 28, 2010. As of August 22, 2010 Smart Parts’ assets and intellectual property were acquired by Kee Action Sports.

Is SP Paintball Smart Parts?

What year did Smart Parts Ion come out?

The original Ion was released in 2005, and soon soared in popularity, though it was often criticized for being difficult to disassemble and service. Smart Parts addressed these concerns in 2007 with the release of the Ion XE, which allows the bolt to be removed from the back of the marker.

What is an Autococker paintball gun?

The Autococker is a closed-bolt semiautomatic paintball marker manufactured by Worr Game Products (WGP). It was one of the first paintball markers to be designed specifically for the sport, and has long been known throughout the paintball community for its popularity and customizability as well as its complexity.

Does Angel still make paintball guns?

How do I factory reset particle photon?

Resetting settings

Put the Photon in DFU mode (blinking yellow), by pressing RESET and SETUP, releasing RESET and continuing to hold down SETUP while it blinks magenta until it blinks yellow, then release.

What is ETC Ion?

Ion Xe from ETC provides complete control of conventional and moving lights, LEDs and media servers. It supports multiple users with partitioned parameter control and full backup, multiple playback faders and cue lists in a tracking, move-fade environment.

Basic adjustment [ZDSPB Tech]

Stock Ion board – basic adjustment

This page includes basic information on how to set the electronics, and can be used as a quick-reference.

Note: This is only a guide for HOW to adjust the board. Information regarding WHAT to set adjustments at can be found on the Setting Electronics and Pressure mainpage.

Upgrading: This is the current version of the stock board. No upgrades are necessary.

Advanced Information: More detailed explanations for the stock board and how it works can be found here. Same information; more details.

Board Operation:

· The stock board for the Ion uses two small buttons to operate: the power button and the programming button.

· The power button is accessible right behind the top of the trigger; push the ION jewel button to actuate it.

· The programming button is located on the surface of the circuit board when you remove the left side of the grips; it’s only used to adjust the electronic settings on the board.

· To turn the marker on, press and hold the power button for two seconds. The LED will light red (green if UK board) and you are now in Vision mode, ready to fire.

· You can toggle between Vision on and off by pressing the power button anytime. The LED patterns are different for Vision on and off, and are explained below.

· To deactivate the board, hold the power switch in until the LED turns solid red. You can then release the button and the board will power down.

LED Patterns:

The blinking red LED behind the Ion jewel denotes the status of the board during gameplay (green if UK board).

· Non-Vision mode: two rapid blinks each second (blink blink, pause, blink blink).

· Vision mode, ready to fire: continuous blinking, four times each second (blink blink blink blink blink…).

· Vision mode, no ball loaded: one blink each second (blink, pause, blink, pause)

Programing:

· To adjust any of the settings on the circuit board, you must remove the left side of the grips (or the entire grips, it doesn’t matter) and push the programming button once.

· There are two additional LEDs located under the grips as well (yellow and red). When you enter programming mode, one of the LEDs will light up, signifying you’re in programming mode.

· Pushing the programming button will cycle through the six adjustment modes, each with its own LED color/pattern:

Solid yellow – Dwell up

Solid red – Dwell down

Single blink yellow – Recharge up

Single blink red – Recharge down

Double blink yellow – Fire mode up

Double blink red – Fire mode down

Adjusting the board is easy to do.

· First, select which adjustment mode you want by the LED pattern and color. For example, to increase dwell select solid yellow.

· The power button is used to adjust the setting. It will adjust it by one interval in whatever direction you sleecred (up or down).

· Each time you push the power button, the opposite color LED will blink once to signify it has been adjusted one time.

· As you push the power button, at some point the LED will stop blinking; this signifies you have reached the maximum/minimum setting.

· To exit the programming mode, push the trigger once. After pushing the trigger, turn the board off to save the settings. If you pull the battery, the new setting will revert back to whatever it was last set to.

· Example: if you want to increase dwell by four, select solid yellow then push the power button four times. The red LED will to show you how many times it was adjusted. Once you count four, you’re done.

To find out what the setting is currently set to, you have to decrease the setting all the way down to the bottom and count the number of times the LED blinks. When it stops blinking, you’ve hit the bottom. Whatever number you counted was the current setting. Now you will have to increase it back up to your new amount.

Example: to find out what your dwell is set to, select solid red to decrease it. Hold the power button and count the number of times the yellow LED blinks. Once it stops blinking you’ve hit the bottom. If the LED blinks 50 times, then the last setting was 50 from the bottom. If it blinked 60 times, then the setting was at 60 from the bottom. etc.

Now select solid yellow so you can set the new dwell setting. Hold the power button and count the number of times the red LED blinks, and stop once you’ve reached your new desired setting. For instance if you count 40 blinks, the new setting will be 40. Pull the trigger and turn the gun off. The board is now all ready to go, when you turn it back on.

Note: there is no way to “reset” the board back to the stock settings.

Dwell: LED solid

Dwell is the amount of time the solenoid remains on, which is the amount of time the bolt will remain forward.

· Dwell is required to allow the bolt to fully cycle and give the marker enough time to fire the ball.

· If you set dwell too low you will have velocity problems (dropoff, won’t be able to achieve a certain velocity, etc).

· If you set dwell too high, you’ll waste air each time you fire and get slightly less shots per tank.

· The stock dwell setting is 52, and will work however you may be able to decrease it to get more shots out of your tank (this varies from gun to gun).

· For information on recommended dwell settings, check the electronics and pressure setting page.

Recharge: LED single blink

Recharge is the name for the amount of time the board waits between each shot. This is used to determine the rate of fire (ROF).

· When you increase recharge, you increase the time between each shot, which lowers your rate of fire. And vice-versa.

So, if you want to increase your rate of fire, you want to decrease recharge. If you want to decrease your rate of fire, increase recharge.

· The lowest speed the marker can be set to is roughly 8.5-bps, whereas the maximum speed is 17-bps.

· If you wish to set the marker for maximum speed, simply decrease recharge all the way to the bottom. Your Ion will now be set to 17-bps.

Fire Mode: LED double blink

The stock board is equipped with four(4) fire modes, in this order from highest to lowest:

Fullyautomatic

Three-shot burst

Rebound (ramping)

Semiauto

· Cycling up or down will switch the fire mode to the next one in line.

· If you know what fire mode you’re currently in, you can just increase or decrease it to the mode you want to be at.

· If you don’t know what mode you’re in, then simply increasing it to the top will set the gun to fullyauto; decreasing it to the bottom will set the gun to semiauto. If you want rebound, decrease it to the bottom then increase it once. If you want three-shot burst, increase it to the top then decrease once.

Note: Fullyauto and three-shot are capped at 10-bps and can’t be adjusted. Also, they are only available on US boards; UK boards don’t have fullyauto and three-shot.

Ion Electronics & Pressure Setting [ZDSPB Tech]

As said, dwell is used to give the bolt ample time to fire the valve and release air. You should set your dwell first then utilize your input pressure to achieve your desired velocity. Do not adjust your velocity by fine-tuning your dwell over the chronograph; this won’t yield good performance.

QEV Venting Ability:

When a QEV is installed in an Ion, it will be able to use a much decreased dwell setting, to avoid wasting unneeded air. This is due to the faster bolt speed (described in the section about internal hoses and QEV use). However, the new setting that you will use with your QEV depends on how quickly it’s able to vent, which varies from brand to brand, and part to part. QEVs can be imprecise tools and most vent at different rates. Therefore, a lower setting such as 12 blinks on one Ion might not work as good (or at all) with another Ion, even if it’s using the same internals and same brand QEV.

QEVs that require higher dwell settings aren’t necessarily bad performing or low quality. It simply means the QEV doesn’t vent as quickly as others, whci is oftentimes a good thing. All QEVs available, except for the SP 360ş QEV, were designed for other markers rather than the Ion. As a result, you may find your QEV venting too quickly and experiencing problems. For isntance, higher chance of breaking paint on the SFT o-ring, or issues with shredding the front bolt bumper. The SP 360ş is the only QEV designed specifically for the Ion, and takes this into effect; this is why the 360ş QEV uses a higher dwell setting on average.

Setting your Pressure/Velocity:

Pressure adjustment is easier than messing with the electronics. The marker’s input pressure is how you determine the velocity for your shots, so after setting your dwell simply use your pressure adjustment to achieve your desired velocity. Higher the pressure, higher the velocity; lower the pressure, lower the velocity.

Use the included 5/8″ wrench (or pliers) to adjust the screw. When looking up at the bottom of the regulator, screwing the adjustment endcap clockwise will increase the pressure, and counterclockwise to decrease it. Use the gauge on the side of the frame to view the pressure going into the marker.

Do not adjust your velocity through dwell. This will not yield good performance.

Never adjust the regulator to allow more than 200-psi into the Ion. This will cause internal hoses to blow off their barbs and possibly damage parts.

Certain bolts work well at different pressures. Refer to the list above for suggested pressure ranges. Some bolts don’t “require” any specific pressure, so they have no recommendation for setting.

Primary Regulator Pressure:

If you’re using an HPA tank (preset or adjustable), the regulator on the tank is known as the primary reg. If your primary reg is adjustable, set the input pressure to 450-550 psi if you’re using the stock vertical reg. If you have an adjustable screw-in tank, set the reg as high as it will go, under 800-psi.

Indoor Velocities:

Ions sometimes don’t work as good while in the indoor setting, where velocities are limited to approximately 250-fps (or lower). If your Ion doesn’t function well with such a low pressure/dwell setting, you may need to get creative and fill the fire chamber with something to take up some wasted air volume. I usually suggest cutting a small section of PVC pipe and dropping it into the fire chamber, however this requires experimenting and can be a hassle.

Debounce and AMB Adjustment:

Debounce is an electronic filtering timer that will tell the board how long the trigger must remain compressed before it will recognize the trigger pull as being an actual pull of the trigger. The reason for this is because the switch will actually tend to close several times before and after you actually compress the trigger fully (known as switch bounce), which causes the board to think you’ve fired multiple shots quickly in a row. This is due to any number of factors which I won’t bother explaining at the moment, but it is a characteristic present on all switches, used for paintball guns or not.

Debounce should only be set as high as required to filter out unnecessary bounce. Basically, lower this setting and your marker has a higher chance of adding shots (and vice-versa). The default setting on most boards (for any gun) is around 10-ms, however a higher setting may be necessary in order to prevent the marker from adding shots. A good way to test this is to compress the trigger as slowly as possible and see how many times the marker fires. If the marker fires more than once when you pull it, your marker is bouncing and the setting should be increased. If the marker fires once and only once, the current setting is sufficient and will work okay. If the setting is set too high, the board will wait too long before firing and slow down your maximum ROF (this usually happens around 16-ms, but will vary depending on how the board is programmed). Bouncing guns are often illegal in tournaments.

Some boards have an additional setting known as AMB which stands for anti-mechanical bounce. This is a setting which limits the length of the shot buffer to help filter out false trigger signals sent to the board. This happens when the gun kicks, which tends to create a small amount of bounce as well. This setting can be adjusted if your marker seems to add shots when you rapid fire. Setting AMB too low may cause the marker to mechanically simulate fully-automatic firing.

ABS (Anti Bolt Stick) Adjustment:

This setting is used to increase the dwell for the first shot you take after a period of inactivity (generally 10-15 seconds). This is useful if the marker is experiencing first shot dropoff problems (known as FSDO), where the first shot you fire is much slower in velocity than the rest. Sometimes this is caused by the bolt, in which case ABS can be used to guard against it.

The default ABS setting is 5-ms added dwell time. If ABS set too low, the marker’s first shot will still move slower than the rest. You may be able to live with it as long as the ball actually has some speed to it. Setting ABS too high will add velocity to the first shot, so you would then have to turn the velocity down over the chronograph (which would put you at a disadvantage). The perfect ABS setting may be difficult to find (since you would have to adjust it, wait a while, then test over a chrono, then repeat). Because of this I suggest setting it to 4 or 5-ms and testing the gun out; if at that point the first shot is reasonably strong, just leave the setting there. if the ifrst shot is higher than the others, decrease the ABS setting.

ROF Adjustment:

Most boards have an adjustable max rate of fire (ROF). There are a few reasons why you may wish to adjust this:

1. You may be required to limit your marker’s rate of fire due to the tournament or field rules.

2. If your marker is experiencing velocity dropoff, slowing the ROF will help to keep your shots from dropping. However, this is only a way to circumvent the dropoff problem, it isn’t a fix for it. You should try to repair your dropoff issue when you have the time.

3. If your Ion’s eyes are malfunctioning, decreasing the rate of fire may be necessary to help prevent chopping in the chamber. If you’re using an agitated loader, a BPS setting of 12-13 will work good. If using an eVolutionII, a setting around 15-16 bps will work. If using a Halo-B or Reloader-B, a setting of 18-bps will often work. Please note that hoppers will feed slower and slower as time goes on, due to the motor wearing out.

Eye Holdoff Adjustment:

Eye holdoff is also known as loader delay on Tadao boards, or eye sensitivity on Virtue boards. This is a small delay setting that is used to prevent chopping during that split second between when the ball is detected by the eye, and when it actually clears the top of the bolt and is seated in the chamber. This is a necessary delay because the ball is detected on its way down into the chamber, not as soon as it reaches the bottom. Eye holdoff should be set to 2-ms on most Ions, or possibly higher if you’re not using a force-fed hopper. Most force-fed loaders won’t require a high loader delay setting unless you frequently participate in extremely fast bursts of shots.

Ramp Activation Speed / Shot Count:

Some boards allow the adjustment of the speed required to activate their ramping modes. Most users will wish to adjust this between 5-9 bps, depending on the trigger setup and max speed. Higher settings will usually prevent the user from activating ramping mode unless he/she specifically tries to do so during the game (a setting of 12-bps will prevent unwanted ramping, for instance). Some tournament series require a certain activation speed to adhere with their rules, however most series won’t be too strict on it. PSP rules require a speed of 9-bps, for instance.

Ramp activation shot count is a similar setting which is used for ramping and other firing modes. This is the number of semiauto shots that must be fired (at or above the ramp activation speed) before the marker enters the mode. This is set by default on just about any board at 3 shots, in order to adhere to most tournament rules. Too low a shot count will result in the gun entering ramping mode too quickly, and perhaps firing one or two unwanted shots.

Related Links:

· Firing assembly

Smart Parts Ion Paintball Gun Review

The Smart Parts Ion is a low-cost electropneumatic paintball gun designed for the player who wants a tournament-level paintball gun at a basement price. While you won’t mistake it for a top of the line gun, it is a good performer and can compete in the same ballpark as any gun on the market.

Design

The Smart Parts Ion is a spool valve driven electropneumatic paintball gun that operates at under 200 PSI. It is a very simple design, with aluminum internals and an easily exchangeable composite body shell. It is fashioned after other high-end guns with a standard sized ASA, pistol grip, and front regulator. It is an attractive-looking gun and there are enough body kits available to ensure that you find the one that fits you. It comes with a vertical feedneck, uses standard Smart Parts barrel threading and has break-beam eyes. The stock board has semi-automatic, ramping, 3-shot burst and fully-automatic modes and is rated up to 17 BPS.

Performance

Compared to other electropneumatic paintball guns, the Ion is quite inexpensive, but its performance is not. It really will fire as fast as you can pull the trigger and once the regulator is broken in, it is quite consistent. With the right paint and barrel combinations, the Ion can be as accurate as any gun out there, and with a few improvements, its air efficiency is also quite good. The trigger is not very adjustable and the feedneck does not clamp, but both of these can be changed with upgrades. Overall, the stock Ion performs about as well as other similarly priced mechanical guns, but it comes stock with eyes and it is so upgradeable that you can get it to compete with some of the best paintball guns available.

Maintenance & Upgrades

Basic maintenance on the Ion is very simple and there are not many o-rings that need replacing, but, if you ever need to open up the whole gun, be prepared for a job. A strength of the Ion is the number of upgrades available so you can improve the gun’s performance, change its board, or cosmetically alter it to fit your style.

Pros

Inexpensive

Very upgradeable

Lightweight

Will run on compressed air or CO2 (with an anti-siphon tank)

Cons

Few modes of fire

Difficult to disassemble

Tall and non-clamping feedneck

Some upgrades are difficult to install

Difficult to change modes, dwell, and recharge

Description

Electropneumatic paintball gun

Runs on compressed air or CO2

Runs on 200 psi or less of air

Shoots up to 17 BPS

How do I set my bps and ramp bps on my stock smart parts ion? Access 22 best answers & solutions.

My friend and I had a little fight about witch gun is better( I have an ion and he has the spyder) his is all stock parts. I have an upgraded trigger, feed neck, barrel (freak 14 inch barrel) and a drop forward. So what do you think is better?

Smart Parts Ion Paintball Gun Review

The Smart Parts Ion is a low-cost electropneumatic paintball gun designed for the player who wants a tournament-level paintball gun at a basement price. While you won’t mistake it for a top of the line gun, it is a good performer and can compete in the same ballpark as any gun on the market.

Design

The Smart Parts Ion is a spool valve driven electropneumatic paintball gun that operates at under 200 PSI. It is a very simple design, with aluminum internals and an easily exchangeable composite body shell. It is fashioned after other high-end guns with a standard sized ASA, pistol grip, and front regulator. It is an attractive-looking gun and there are enough body kits available to ensure that you find the one that fits you. It comes with a vertical feedneck, uses standard Smart Parts barrel threading and has break-beam eyes. The stock board has semi-automatic, ramping, 3-shot burst and fully-automatic modes and is rated up to 17 BPS.

Performance

Compared to other electropneumatic paintball guns, the Ion is quite inexpensive, but its performance is not. It really will fire as fast as you can pull the trigger and once the regulator is broken in, it is quite consistent. With the right paint and barrel combinations, the Ion can be as accurate as any gun out there, and with a few improvements, its air efficiency is also quite good. The trigger is not very adjustable and the feedneck does not clamp, but both of these can be changed with upgrades. Overall, the stock Ion performs about as well as other similarly priced mechanical guns, but it comes stock with eyes and it is so upgradeable that you can get it to compete with some of the best paintball guns available.

Maintenance & Upgrades

Basic maintenance on the Ion is very simple and there are not many o-rings that need replacing, but, if you ever need to open up the whole gun, be prepared for a job. A strength of the Ion is the number of upgrades available so you can improve the gun’s performance, change its board, or cosmetically alter it to fit your style.

Pros

Inexpensive

Very upgradeable

Lightweight

Will run on compressed air or CO2 (with an anti-siphon tank)

Cons

Few modes of fire

Difficult to disassemble

Tall and non-clamping feedneck

Some upgrades are difficult to install

Difficult to change modes, dwell, and recharge

Description

Electropneumatic paintball gun

Runs on compressed air or CO2

Runs on 200 psi or less of air

Shoots up to 17 BPS

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