Couplings for 7/16" Shafts

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Shaft Diameter

6.000 mm to 10.000 mm

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6.000 mm to 16.000 mm

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9 mm

9.500 mm to 25.000 mm

9.500 mm to 30.000 mm

9.500 mm to 35.000 mm

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12 mm

12.500 mm to 40.000 mm

Shaft Type

Construction

For Shaft Misalignment Type

Material

Shaft Mount Type

Keyway Width

Overall Length

For Rotary Motion

Keyway Depth

Length

Number of Set Screws Included

Set Screw Material

Stainless Steel

Steel

Shaft Coupling Flexibility

Flexible

Maximum Torque

Less than 10,000 in·lbf

Not Rated

Maximum Rotation Speed

Set Screw Drive Style

Hex

RoHS

Compliant

Compliant with Exemptions

Number of Clamping Screws Included

U.S.–Mexico–Canada Agreement (USMCA) Qualifying

Yes

Clamping Screw Material

Stainless Steel

Steel

Export Control Classification Number (ECCN)

EAR99

DFARS Specialty Metals

REACH

72 Products

Set Screw Flexible Shaft Couplings


Hubs, Split Spider, and Retaining Ring Shown Assembled	(Each Component Sold Separately)

Hubs and Spider Shown Assembled	(Each Component Sold Separately)

Each hub includes a set screw (unless noted), which bites into your shaft to hold the coupling in place. Also known as Lovejoy® couplings, these three-piece couplings have a spider-shaped cushion between two hubs to reduce shock and handle minor shaft misalignment.

A complete coupling consists of two hubs and one spider, or two hubs, one split spider, and one retaining ring (all components sold separately). Split spiders are easier to install and replace than standard spiders because there’s no need for tools or removing your hubs. Twist-lock them in place using a retaining ring.

Buna-N—Buna-N spiders provide good vibration damping and chemical resistance.

Hytrel—Hytrel spiders provide fair vibration damping and excellent chemical resistance.

Polyurethane Rubber—Polyurethane spiders and split spiders provide fair vibration damping and good chemical resistance.

Hubs							Buna-N Spiders								Hytrel Spiders								Polyurethane Spiders								Polyurethane Split Spiders								347 Stainless Steel Retaining Rings
									Misalignment Capability								Misalignment Capability								Misalignment Capability								Misalignment Capability
Overall Lg.	OD	For Shaft Type	For Rotary Motion	For Shaft Dia.		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Temp. Range, ° F	Spider Material		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Temp. Range, ° F	Spider Material		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Temp. Range, ° F	Spider Material		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Temp. Range, ° F	Spider Material		Each		Each







			Iron Hubs

			1 23/32"	1 5/64"	Round	Forward/Reverse, Start/Stop	7/16"	6408K92	00000	18,000	26	0.015"	1°	-40 to 212	Buna-N	6408K84	00000	18,000	50	0.015"	0.5°	-55 to 245	Hytrel	6408K91	000000	—	—	—	—	—	—	———	0	—	—	—	—	—	—	———	0	———	0


			1 63/64"	1 23/64"	Round	Forward/Reverse, Start/Stop	7/16"	6408K118	00000	14,000	43	0.015"	1°	-40 to 212	Buna-N	6408K73	0000	3,600	110	0.015"	0.5°	-55 to 245	Hytrel	6408K93	00000	—	—	—	—	—	—	———	0	—	—	—	—	—	—	———	0	———	0
			2 1/8"	1 3/4"	Round	Forward/Reverse, Start/Stop	7/16"	6408K119	00000	11,000	90	0.015"	1°	-40 to 212	Buna-N	6408K74	00000	3,600	225	0.015"	0.5°	-55 to 245	Hytrel	6408K94	00000	3,600	135	0.015"	1°	-30 to 160	Polyurethane Rubber	2410K11	000000	—	—	—	—	—	—	———	0	———	0
			2 5/32"	2 7/64"	Round	Forward/Reverse, Start/Stop	7/16"	6408K23	00000	9,000	140	0.015"	1°	-40 to 212	Buna-N	6408K75	00000	3,600	225	0.015"	0.5°	-55 to 245	Hytrel	6408K94	00000	3,600	210	0.015"	1°	-30 to 160	Polyurethane Rubber	2410K13	00000	9,200	670	0.03"	2°	-30 to 200	Polyurethane Rubber	2393K33	000000	2393K23	000000
			2 1/2"	2 7/64"	Round	Forward/Reverse, Start/Stop	7/16"	6408K152	00000	9,000	140	0.015"	1°	-40 to 212	Buna-N	6408K75	00000	3,600	400	0.015"	0.5°	-55 to 245	Hytrel	6408K95	00000	3,600	210	0.015"	1°	-30 to 160	Polyurethane Rubber	2410K13	00000	9,200	670	0.03"	2°	-30 to 200	Polyurethane Rubber	2393K33	00000	2393K23	00000
			2 27/32"	2 35/64"	Round	Forward/Reverse, Start/Stop	7/16"	6408K161	00000	7,000	315	0.015"	1°	-40 to 212	Buna-N	6408K77	00000	3,600	790	0.015"	0.5°	-55 to 245	Hytrel	6408K96	000000	3,600	475	0.015"	1°	-30 to 160	Polyurethane Rubber	2410K15	00000	7,700	1,110	0.03"	2°	-30 to 200	Polyurethane Rubber	2393K34	000000	2393K24	00000
			3 31/64"	2 35/64"	Round	Forward/Reverse, Start/Stop	7/16"	6408K172	00000	7,000	315	0.015"	1°	-40 to 212	Buna-N	6408K77	00000	3,600	790	0.015"	0.5°	-55 to 245	Hytrel	6408K96	000000	3,600	475	0.015"	1°	-30 to 160	Polyurethane Rubber	2410K15	00000	7,700	1,110	0.03"	2°	-30 to 200	Polyurethane Rubber	2393K34	000000	2393K24	00000

Lightweight Flexible Shaft Couplings


	(Each Component Sold Separately)

Made with lightweight nylon sleeves, these gear couplings require less energy to move than other high-torque flexible couplings. They compensate for parallel, angular, and axial misalignment. Fasten to your shafts by tightening the set screws, which bite into the shaft to hold it.

A complete coupling consists of two hubs and one sleeve (each component sold separately).

Hubs							Nylon Sleeves
									Misalignment Capability
Overall Lg.	OD	For Shaft Type	For Rotary Motion	For Shaft Dia.		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Axial	Max. Temp., ° F		Each







			Steel Hubs

			1 25/32"	1 37/64"	Keyed	Continuous	7/16"	6247K21	000000	14,000	255	0.016"	1°	0.04"	180	6247K31	000000


			1 31/32"	1 29/32"	Keyed	Continuous	7/16"	6247K22	00000	11,800	425	0.016"	1°	0.04"	180	6247K32	00000

Clamping Precision Flexible Shaft Couplings

Spiral Cut

Designed to grip evenly around your shaft, these couplings provide more holding power than set screw couplings without marring the shaft. Tighten the clamping screws to secure.

Spiral Cut—Spiral couplings have long cuts in their body for flexibility to handle parallel, axial, and angular misalignment better than parallel couplings. However, they’re not as rigid. Often used for light duty encoder and stepper drive applications, they allow zero backlash (no play) and never need lubrication. They’re also known as helical beam couplings.

7075 Aluminum—7075 aluminum couplings are lightweight with good corrosion resistance.

						Misalignment Capability
	For Shaft Diameter	Overall Lg.	OD	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Axial	For Rotary Motion		Each
Spiral Cut







				7075 Aluminum

				1/4" × 7/16"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	6208K559	0000000


				3/8" × 7/16"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	6208K562	000000
				7/16" × 7/16"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	6208K563	000000
				7/16" × 1/2"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	6208K568	000000
				7/16" × 1/2"	2"	1 1/4"	10,000	115	0.015"	5°	0.01"	Forward/Reverse, Start/Stop	6208K599	000000
				7/16" × 1/2"	2 3/8"	1 1/2"	10,000	155	0.015"	5°	0.01"	Forward/Reverse, Start/Stop	6208K632	000000

Set Screw Precision Flexible Shaft Couplings

Tighten the set screws to fasten these couplings to your shaft. Set screws bite into the shaft to hold the couplings in place. All are lightweight, corrosion-resistant aluminum.

Spiral Cut—Spiral couplings have long, continuous cuts in the body, making them flexible enough to handle parallel, axial, and angular misalignment. Often used for light duty encoder and stepper drive applications, they allow zero backlash (no play) and never need lubrication. They’re also known as helical beam couplings. Spiral couplings are less rigid than parallel couplings.

						Misalignment Capability
	For Shaft Diameter	Overall Lg.	OD	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Axial	For Rotary Motion		Each
Spiral Cut







				7075 Aluminum

				7/16" × 5/16"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	9861T834	000000


				7/16" × 3/8"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	9861T831	00000
				1/2" × 7/16"	1 1/4"	1 1/4"	10,000	84	0.006"	3°	0.006"	Forward/Reverse, Start/Stop	9861T836	00000

Clamping Flexible Shaft Couplings


Components of a Coupling Shown Assembled	(Each Component Sold Separately)

Designed to grip evenly around your shaft, these couplings provide more holding power than set screw couplings without marring the shaft. Tighten the clamping screw to secure. Also known as Lovejoy® couplings, they have a spider-shaped cushion between two hubs to reduce shock and handle minor shaft misalignment.

A complete coupling consists of two hubs and one spider (each component sold separately). Hubs are aluminum for light weight and good corrosion resistance.

Hytrel—Hytrel spiders provide fair vibration damping and excellent chemical resistance.

Polyurethane Rubber—Polyurethane spiders provide fair vibration damping and good chemical resistance.

Hubs							Hytrel Spiders								Polyurethane Spiders
									Misalignment Capability								Misalignment Capability
Overall Lg.	OD	For Shaft Type	For Rotary Motion	For Shaft Dia.		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Temp. Range, ° F	Spider Material		Each	Max. Rotation Speed, rpm	Max. Torque, in·lbf	Parallel	Angular	Temp. Range, ° F	Spider Material		Each







			6026 Aluminum Hubs

			1 11/32"	63/64"	Round	Forward/Reverse, Start/Stop	7/16"	2401K14	000000	15,200	210	0.002"	0.8°	-55 to 245	Hytrel	2401K86	000000	15,200	89	0.004"	1°	-30 to 160	Polyurethane Rubber	2401K85	000000

Two-Piece Shaft Collars

For Round Shafts

For Keyed Shafts

Attach these collars anywhere along your shaft, which helps when other components are already installed or you can't access the end. They clamp firmly and evenly without marring the shaft, so you can reposition or remove collars later.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

Zinc-Plated Carbon Steel—A step up from plain carbon steel collars, these withstand occasional exposure to moisture.

303 Stainless Steel—Withstand moisture and mild cleaning solutions, such as acetone and ammonia. These are easier to machine than other stainless steel collars.

316 Stainless Steel—More corrosion resistant than 303 stainless steel collars. These collars withstand salt water and harsh chemicals, such as bleach, chlorine, and phosphoric acid.

Aluminum—One-third the weight of steel and corrosion resistant.

						For Round Shafts		For Keyed Shafts
				Clamping Screw				Keyway
	For Shaft Dia.	OD	Wd.	Type	No. Included		Each	Wd.	Dp.		Each
Black-Oxide Carbon Steel



		7/16"	15/16"	3/8"	Socket Head	2	6436K52	00000	3/32"	3/64"	3357K22	000000


		Zinc-Plated Carbon Steel



				7/16"	15/16"	3/8"	Socket Head	2	2380K16	00000	—	—	———	0


				303 Stainless Steel



						7/16"	15/16"	3/8"	Socket Head	2	6436K62	00000	—	—	———	0


						316 Stainless Steel



								7/16"	15/16"	3/8"	Socket Head	2	9633T9	00000	—	—	———	0


								Aluminum



										7/16"	15/16"	3/8"	Socket Head	2	6436K134	0000	—	—	———	0

Extreme-Angle Geared Single U-Joints

The gears on these U-joints transmit rotary motion between shafts that are misaligned at angles up to 136°, the widest angle of all our U-joints. Use them in hand-powered, low-speed applications. Drill holes through the U-joint and your shafts and then connect using spring pins.

	For Shaft			Overall
	Dia.	Dp.	Joint Dia.	Ht.	Lg.	Max. Operating Angle	Speed Ratio	Max. Rotation Speed	Max. Torque	Joint Type	For Shaft Type		Each
Steel



		7/16"	1 1/8"	3/4"	2 3/4"	10 1/4"	136°	1:1	Not Rated	Not Rated	Geared	Round	6450K1	0000000

Single U-Joints

Pin-and-Block Joint

Connect and transfer torque between two shafts that are misaligned at an angle. Your shafts’ misalignment will affect the speed and torque these U-joints will be able to transmit. The more the shafts are misaligned, the less speed and torque they’ll be able to transmit.

Pin-and-Block Joint—Pin-and-block U-joints handle higher torque at lower speeds than other joint types such as those with needle bearings, making them a good choice for most applications. To extend their life by keeping lubricant in and contaminants out, use the grooves on their body to add a cover (sometimes called bellows or boots).

Steel—Steel U-joints are strong and handle more torque than zinc alloy U-joints.

For Round Shafts—U-joints for round shafts connect to shafts with spring pins (included with some U-joints).

Spring Pins Not Included— U-joints without spring pins require you to drill holes through both the U-joint and your shafts.

	For Shaft							Torque
	Dia.	Dp.	Joint Dia.	Overall Lg.	Max. Operating Angle	Max. Rotation Speed, rpm	Max. Torque, in·lbf	3° Operating Angle	10° Operating Angle	Shaft Mount Type	Spring Pins Included		Each
Pin-and-Block Joint







				Steel—For Round Shafts

				7/16"	7/8"	7/8"	3"	25°	1,750	1,175	445 in·lbf @ 300 rpm	150 in·lbf @ 300 rpm	Spring Pin	No	6443K28	0000000

Shaft Collars

Slide these collars from one end of your shaft and tighten the clamping screw. They grip firmly and evenly without marring the shaft, so you can reposition or remove them later.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

Zinc-Plated Carbon Steel—A step up from plain carbon steel collars, these withstand occasional exposure to moisture.

303 Stainless Steel—Withstand moisture and mild cleaning solutions, such as acetone and ammonia. These are easier to machine than other stainless steel collars.

316 Stainless Steel—More corrosion resistant than 303 stainless steel collars. These collars withstand salt water and harsh chemicals, such as bleach, chlorine, and phosphoric acid.

Aluminum—One-third the weight of steel and corrosion resistant.

				Clamping Screw
	For Shaft Dia.	OD	Wd.	Type	No. Included		Each
Black-Oxide Carbon Steel



		7/16"	15/16"	3/8"	Socket Head	1	6435K53	00000


		Zinc-Plated Carbon Steel



				7/16"	15/16"	3/8"	Socket Head	1	9961K16	0000


				303 Stainless Steel



						7/16"	15/16"	3/8"	Socket Head	1	6435K63	00000


						316 Stainless Steel



								7/16"	15/16"	3/8"	Socket Head	1	9421T6	00000


								Aluminum



										7/16"	15/16"	3/8"	Socket Head	1	6157K33	0000

Corrosion-Resistant Mil. Spec. Machinable-Bore Single U-Joints

Made to meet strict military standards for material and construction, these stainless steel U-joints also balance strength with good corrosion resistance. Customize their bores until they fit your shafts. They come apart and have a small, centered starter hole on each end to make drilling easy. Because they’re single U-joints, they connect and transfer torque between two shafts that are misaligned at an angle. They have a pin-and-block joint, so they handle higher torque at lower speeds than other joint types such as those with needle bearings, making them a good choice for most applications.

Drill holes through the U-joint and your shafts and then connect using spring pins.

Your shafts’ misalignment will affect the speed and torque the U-joint will be able to transmit. The more the shafts are misaligned, the less speed and torque the U-joint will be able to transmit.

								Torque
	For Max. Shaft Dia.	For Max. Shaft Dp.	Joint Dia.	Overall Lg.	Max. Operating Angle	Max. Rotation Speed, rpm	Max. Torque, in·lbf	3° Operating Angle	10° Operating Angle	Joint Type	For Shaft Type	Mil. Spec.		Each
303 Stainless Steel



		7/16"	31/32"	3/4"	2 11/16"	35°	1,500	1,000	Not Rated	Not Rated	Pin and Block	Round	MIL-U-20625 Class C	2457K34	0000000

Oversized Shaft Collars

Wider and thicker with a larger clamping screw, these shaft collars deliver a stronger grip than standard collars. Slide them from one end of your shaft and tighten the screw. They clamp firmly and evenly without marring the shaft, so you can reposition or remove them later.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

				Clamping Screw
	For Shaft Dia.	OD	Wd.	Type	No. Included		Each
Black-Oxide Carbon Steel



		7/16"	1 1/4"	7/16"	Socket Head	1	9951K34	000000

Oversized Two-Piece Shaft Collars

For Round Shafts

Wider and thicker with larger clamping screws, these deliver a more powerful hold than standard two-piece collars. Attach them anywhere along a shaft when other components are already installed or you can't access the ends. They grip evenly without marring the shaft, so you can reposition or remove them later.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

				Clamping Screw		For Round Shafts
	For Shaft Dia.	OD	Wd.	Type	No. Included		Each
Black-Oxide Carbon Steel



		7/16"	1 1/4"	7/16"	Socket Head	2	8386K34	000000

Plastic Quick-Release Shaft Collars with Pull Ring

Install, adjust, and remove these lightweight collars using nothing but your hands. Slide them from one end of a shaft and they won't backslide when pushed by components. To reposition, pull the end ring back to release the hold.

ABS—Durable, lightweight, and corrosion resistant.

	OD	Wd.		Each
ABS



	7/16"	1 1/8"	1"	6168K17	000000

Plastic Set Screw Shaft Collars

Lightweight alternatives to traditional metal collars for weight-sensitive applications. The set screw digs into shafts for a secure hold, but one that leaves a gouge.

Nylon—Will swell and weaken when exposed to moisture, so they're best for dry environments.

				Set Screw			Each
	For Shaft Dia.	OD	Wd.	Type	No. Included		1-19	20-Up
Nylon



		7/16"	7/8"	7/16"	Hex Socket	1	60475K71	00000	00000

Quick-Release Shaft Collars with Pull Ring

Install, adjust, and remove these collars using nothing but your hands. Slide them from one end of the shaft and they won't backslide when pushed by components. To reposition, pull the end ring back to release the hold.

Zinc-Plated Carbon Steel—A step up from plain carbon steel collars, these withstand occasional exposure to moisture.

303 Stainless Steel—Withstand moisture and mild cleaning solutions, such as acetone and ammonia. These are easier to machine than other stainless steel collars.

	OD	Wd.		Each
Zinc-Plated Carbon Steel



	7/16"	27/32"	1 13/16"	7747K17	000000


	303 Stainless Steel



			7/16"	27/32"	1 13/16"	6172K17	00000

Shaft Collars with Lever

Ideal for frequent setup changes in tight spaces, these collars tighten with a lever instead of a screwdriver. Slide them from one end of your shaft and turn the lever like a ratchet to secure. To reposition or remove collars later, use the lever to loosen the screw and release the hold.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

303 Stainless Steel—Withstand moisture and mild cleaning solutions, such as acetone and ammonia. These are easier to machine than other stainless steel collars.

Black Anodized Aluminum—One-third the weight of steel and more corrosion resistant than unfinished aluminum.

				Lever		Clamping Screw
	For Shaft Dia.	OD	Wd.	Ht.	Lg.	Type	No. Included		Each
Black-Oxide Carbon Steel



		7/16"	1 3/32"	1/2"	1.25"	1.188"	Socket Head	1	3466N11	000000


		303 Stainless Steel



				7/16"	1 3/32"	1/2"	1.25"	1.188"	Socket Head	1	3466N47	00000


				Black Anodized Aluminum



						7/16"	1 3/32"	1/2"	1.25"	1.188"	Socket Head	1	3466N83	00000

Two-Piece Shaft Collars with Lever

Skip the screwdriver—tighten these collars by turning the lever like a ratchet instead. They're ideal for packing, printing, label-feeding, and other equipment requiring frequent setup changes in tight spaces. Attach them anywhere along your shaft, which helps when other components are already installed or you can't access the ends. To reposition or remove collars later, use the lever to loosen the screw and release the hold.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

303 Stainless Steel—Withstand moisture and mild cleaning solutions, such as acetone and ammonia. These are easier to machine than other stainless steel collars.

Black Anodized Aluminum—One-third the weight of steel and more corrosion resistant than unfinished aluminum.

				Lever		Clamping Screw
	For Shaft Dia.	OD	Wd.	Ht.	Lg.	Type	No. Included		Each
Black-Oxide Carbon Steel



		7/16"	1 3/32"	7/16"	1 1/4"	1 3/16"	Socket Head	2	3553N111	000000


		303 Stainless Steel



				7/16"	1 3/32"	7/16"	1 1/4"	1 3/16"	Socket Head	2	3553N211	00000


				Black Anodized Aluminum



						7/16"	1 3/32"	7/16"	1 1/4"	1 3/16"	Socket Head	2	3553N311	00000

Set Screw Shaft Collars

Slide these traditional collars from one end of the shaft and tighten the set screw. They dig into the shaft for a secure hold, but one that leaves a gouge. For maximum holding power, make sure the set screw is harder than the shaft.

Black-Oxide Carbon Steel—Dark and matted for a finished look, but with minimal corrosion resistance. Best for dry environments.

Zinc-Plated Carbon Steel—A step up from plain carbon steel collars, these withstand occasional exposure to moisture.

303 Stainless Steel—Withstand moisture and mild cleaning solutions, such as acetone and ammonia. These are easier to machine than other stainless steel collars.

316 Stainless Steel—More corrosion resistant than 303 stainless steel collars. These collars withstand salt water and harsh chemicals, such as bleach, chlorine, and phosphoric acid.

Aluminum—One-third the weight of steel and corrosion resistant.

Brass—Resist corrosion in wet environments, conduct electricity, and are nonmagnetic.

				Set Screw
	For Shaft Dia.	OD	Wd.	Type	No. Included		Each
Black-Oxide Carbon Steel



		7/16"	7/8"	7/16"	Hex Socket	1	9414T9	00000


		Zinc-Plated Carbon Steel



				7/16"	7/8"	7/16"	Hex Socket	1	6432K15	0000


				303 Stainless Steel



						7/16"	7/8"	7/16"	Hex Socket	1	6462K15	0000


						316 Stainless Steel



								7/16"	7/8"	7/16"	Hex Socket	1	9943K19	00000


								Aluminum



										7/16"	7/8"	7/16"	Hex Socket	1	9946K14	0000


										Brass



												7/16"	7/8"	7/16"	Hex Socket	1	6240K16	00000