Ping K15 Irons, Available with PING Color Code of white dot, silver dot, green dot, black dot, orange dot, purple dot, yellow dot, red dot, gold dot, blue dot, brown dot, maroon dot, etc.
Ping K15 Irons, Available with PING Color Code of white dot, silver dot, green dot, black dot, orange dot, purple dot, yellow dot, red dot, gold dot, blue dot, brown dot, maroon dot, etc.
The Ping K15 irons have lightweight titanium faces on stainless steel bodies, with the weight saved in the face repositioned to the sole and perimeter. The hybrids, Ping says, are lower-spinning and help golfers achieve a higher launch. The larger K15 iron set combines a lightweight titanium face with a stainless-steel body to increase both forgiveness and launch conditions. The titanium face insert allows for increased ball speeds across the entire hitting surface and the steel body construction gives players the patented Ping feel that folks from around the globe have come to love and trust.
K15 irons is also made with an offset hosel, which helps to lower the spin by allowing you to close the club face easier at impact. Golfers will be amazed when they pull these babies out and give them their first test run. Many of those that have already started to play these irons and hybrids are thrilled with the performance that they are getting out of them.
Source From golffastbuy.com
K15 typically refers to a specific type of protein known as K15 keratin, which is found in epithelial tissues, particularly in hair follicles and the outer layer of skin. It plays a role in the structural integrity and resilience of these tissues. Additionally, K15 can also refer to various products, brands, or models in different contexts, so the meaning may vary depending on the industry or discussion. Always consider the context to determine the specific reference.
K15's digital album Umbra was released on February 25th of 2013 by INI Recordings. The artwork on the album was done by Roi. The album is available for download online now.
The fuel tank on a 1994 full size K15 blazer is 30 gallons.
FRAM=CH6070 WIX=24951 KAWASAKI=16099-004 PRO=K15-0037 VESRAH=SF-4002 EMGO=10-3000
When there is a direct proportionality y = kx y = 75 k = 15 → 75 = 15x → x = 75/15 = 5
The ESC module is located inside the distributor cap. The ESC module is located inside the distributor cap.
Companies like Taylormade, Callaway, and Titleist spend millions of dollars every year in designing new and better clubs that will help get the most out of any player's golf game. However, Golf Digest rated the Titleist 910D2 and D3 as the best drivers this year. They feature an adjustable hosel that allows the clubs' loft and lie angle to be adjusted to 16 different settings. Using thinner crowns lower their centers of gravity, and result in greater distance through a more powerful stroke. The D3 features a narrower clubface to help reduce in-flight spin. Both clubs run about $400. The highest rated player, game improvement, and super game improvement iron sets are the AP2 710 series by Titleist, the Taylormade Burner 2.0's, and the K15 set from Ping, respectively. Each set offers the best quality and features for their individual markets. The latter set contains all hybrids and features a weight pad inside each head to increase the moment of inertia (MOI), or when the club strikes the ball. This allows the K15's to be very forgiving to nuances in a less-seasoned swing. Using a titanium clubface not only adds distance, but also is lightweight, and the saved twenty-seven grams are moved to the sole and perimeter for a club that will compensate well for an off-center shot. Price: $1100 The Taylormade's custom black finishes set them apart and distinguish them as a sizable step up from a beginners set. For the well-rounded intermediate player, The Burner 2.0's couldn't be touched in precision and improving mid-short game. The low-numbered irons have oversized clubfaces, and the whole series feature lightweight grips and ninety-gram featherweight shafts that push the center of gravity down. This helps achieve more a greater swing momentum and MOI. Coupled with oversized clubfaces, they make for very forgiving irons. Each club's shaft also features different flexion, from stiff in long irons for control, to flexible in short irons for launch. Taylormade's Burner 2.0's also look very distinctive with a carbon-fiber-on-gloss-black mystique that's impossible to ignore. Price: $700 For the most serious of golfers, look no further than the Titleist AP2 710's. They feature an aluminum and elastomer pairing in the cavity to help cope with bad vibrations on impact. The clubs also feature a two-cavity design, which pushes weight towards the outside of the club head. This equates to more power and steadiness throughout the stroke. Price: $1000
my truck has a 700r transmission in my 4+4
Each cell on a spreadsheet is unique, as all cells have different cell references. So there is only one cell G4 on a sheet for example. In a formula you can refer to that cell and it will not be confused with any other cell. Cells and cell ranges can be given names, but the same name cannot be used for separate cells or separate ranges. In a database situation, you can set up fields that cannot have duplicate values. These can be primary keys. If you try and enter the same value again, it will not allow you. This allows you to uniquely identify each record in the database.
If yours is a manual, it'll be an NV3500. If it's an automatic, you'll have the 4L60 (NOT the 4L60E). Pretty much any Chevy 4x4 Blazer (full sized and S10), S10/K15, or 1500 pickup with a five speed manual will be compatible, so that would pretty much be the 1998 model year and up.With the automatic, the 4L60 was a slight variation of the 700R4, and I believe the two mechanically-controlled automatics should be a direct swap (although they won't be compatible with the electronically-controlled 4L60E, introduced in 1993). The 700R4 went into production for the 1982 model year, so any 700R4 or 4L60 transmission fro 1982 to 1992 should be compatible. Keep in mind this transmission will have to come from a four wheel drive truck, as the 2WD transmission doesn't have the mounting face for the transfer case, plus it has a different output shaft.
It'll mount up, but you're gonna encounter some problems. For one, sealing up the back end of that transmission - the one from the 4x4 will be set up to have a transfer case mounted to it, as opposed to a 2WD transmission, which is set up to have the output shaft connected to the yoke which connects to the driveshaft. So you're going to have that do deal with, or else you're not gonna be able to keep oil in the transmission. Second problem you're going to encounter is that the transmission from the 91 is going to be a mechanically controlled 4L60, whereas that pickup would use an electronically controlled 4L60E. In order to make that work, you'll have to get the engine ECM reflashed with parameters for a manual transmission, or the engine ECM is going to think something is afoul, and that'll be its own little world of problems. You'd be better off to seek out a 1993 or newer Blazer/Tahoe, 1500, S10/K15, etc. with a 2WD automatic transmission - those will all have the 4L60E which you need.
more than likely it might be a bad relay,fuse or bad motors on fans, if all checks ok check coolant sensor. to check fans, disconnect fan wires, run a wire from positive to battery,do the same for negative to neg. on battery. if they run they are ok!! a blown head gasket will add water to oil in engine and at the worst, it will leak on outside of engine!! ************************************ Your problem is probably the PCM ($125), not a blown fuse or bad relay. This assumes (as you did not mention it) that the temp indication on the dash is working. The cooling system is comprised of two fans and three relays. All three relays have power available at all times. The PCM provides grounds to these relays to control fan operation. If the Temp Sensor senses 223 deg f, the PCM applies a ground to the Cooling Fan Relay #1, energizing it and allowing power to be applied to a series circuit for both the left and right fans - power goes through the left fan to the right fan (via the deenergized contacts of the Mode Control Relay) - the ground is after the right fan. Since both fans are loading this circuit, they will both run at a lower speed. When the coolant temp reaches 230 deg F, the PCM provides a ground for the other two relays in the system - the Cooling Fan Relay 2 and the Mode Control Relay. With all three relays energized, a parallel circuit is set up so that each fan has its own path to power and ground, causing both fans to run at a higher speed. For this to be anything other than a PCM failure would require that you have multiple problems as with any one failure you would still have some sort of fan operation - either single fan in high speed or both fans always in low speed - but not a loss of both fans. No single failure of a relay, fuse or wiring problem will cause this problem! You can confirm this (if you have access to and know how to use a multimeter) by removing the K14, K15 and K 12 relays. Let your car run and heat up. Once the temp indication goes a bit above the halfway mark on the gauge, check for a ground at pin 85 of the K12 relay socket (top left as looking from the drivers side of the car). The PCM should be sending a ground to energize this relay - I bet you will find it is not. Let the engine heat up to the 3/4 mark on the gauge and look for a ground at K15 socket pin 86 (top left) and K14 socket pin 85 (top left). The PCM should be providing a ground to all three relays now causing both fans to run at high speed. The PCM does have other logic for controlling the fans with the A/C on, and with the ignition off, but I think the above explanation should help solve your problem. If your temp gauge is not showing the temperature (or always reading on the low side), then replacing it will likely solve this problem as this sensor input is used by the PCM for fan scheduling. I've had this problem for a while and only started to troubleshoot it today. Been adding coolant/water on a regular basis, but as most of my driving is at highway speeds, the engine normally stays pretty cool (until I hit Northern VA traffic). I am heading back home from Washington DC to Atlanta tomorrow and plan to install a jumper (bent paper clip) between K15 pin 87 and 87A, which will energize K14 causing the Right Cooling Fan to run on high at all times (I already tested it and it works fine). This should keep the engine temp in the normal range even if I get stuck in traffic. Just remember that if you need to do this to get you home, you will want to remove the jumper if you are stopping for any period of time as the fan will continue to run even with the car turned off. The same result could be had by jumping across K14 pins 30 to 87, but I would not recommend this as this circuit carries the right fan load (not just the load of a small relay) and will get the jumper very hot - maybe even melting it or causing an electrical fire in the engine compartment - not good!!! Hopefully I will get around to installing a new PCM in the not to distant future.