ASTM-F3148 - Boulons Plus

Torque + Angle. Precision Installation.

ASTM F3148 (TNA® Torque-And-Angle Fastening System)

High Strength Structural Bolt Assemblies, Steel and Alloy Steel, Heat Treated, 144ksi Minimum Tensile Strength, Inch Dimensions

The ASTM F3148 (Also known As TNA® Fastening System) specification cover chemical, dimensional, physical and mechanical requirements for quenched and tempered bolts manufactured from steel and alloy steel, in inch dimensions. The bolts are available as structural bolting assemblies which include a fixed spline bolt, a suitable nut and at least one washer covered by reference herein.

Assemblies supplied under this specification, are intended for use in structural connections covered in the Specification for Structural Joints Using High-Strength Bolts and installed using the torque-and-angle or part turn/combined installation method.

Torque-and-Angle Fixed-Spline Structural Bolting Assembly
A fastener assembly comprised of a torque-and-angle fixed-spline bolt with a suitable nut and at least one washer, installed and tightened using a special electric wrench and socket system which has an inner socket that engages the fixed-spline end of the bolt and with an outer socket that engages and turns the nut, in two separate and distinct operations, the first is a controlled torque application and the second is a specified angle.

Combined Method
A tightening method comprised of two steps, the first tightening step using a torque regulating tool and the second tightening step in which a specified turn is applied to the turned part of the assembly. Also known as the ‘part turn method’.

How The System Work

Snug Tight Done Right

The first step to any successful structural bolt installation is an accurate and reliable snug tight condition. Other methods and systems only suggest a vague reference for the snug tight condition with no way to quantify tension. TNA^® is the only system to deliver a quantifiable snug tight condition ensuring every bolt in the connection meets a minimum requirement in the snug tight condition.

Here’s how snug works: Torque values are set in each tool model. Each tool installs a specified bolt diameter. Torque is best for snugging because it allows for steel plies to be drawn together and then to develop tension in the bolt. Pull the trigger and the tool will stop when the specified torque value is reached. Do that for each bolt in the connection. Simple, fast and reliable.

Yes. Joints designed as bearing only require the bolts to be snug tight. This is typically performed with a hand wrench or air impact tool for hex and TC bolts. Using these methods results in joints with scattered tensions since the tensioning methods have no control over tension. TNA® provides a consistent and accurate tension in every bolt since the process is controlled in the tool. TNA® bolts reach a minimum tension requirement so now for even the simplest connections a known value of tension can be established.

When installation methods other than Torque + Angle are specified snugging is generally performed using a few raps of an air impact wrench or by feathering with a shear wrench. These methods have no control over input tension so the snug condition can vary widely. It’s not uncommon for hex bolts using turn-of-the-nut method to be installed above minimum required tension, or using DTI’s for the bumps to be crushed indicating full tension, or the tip to be removed during this operation when using twist-off type bolts. All of these conditions can lead to false positive visual indications of tension and/or can led to bolt breaking.

TNA^® bolts and the Torque + Angle Method are the best way to snug tighten structural bolts. Here are just a few of the benefits of using the system for this condition.

Quantifiable -Minimum tension value when installed to the snug tight condition means every bolt will have a known snug value.
Accurate – Control is placed in the tool ensuring consistent and reliable snug tensions.
Feedback – The TAE Series tools are smart. They provide immediate operator feedback to ensure every bolt is installed correctly.

Specifications

Bolt Diam.	E	F	H		T
	Body Diam.	Head Diam.	Height		Thread Length
	Max	Max	Max	Min	Basic
5/8-11	0.642	1.313	0.403	0.378	1.25
3/4-10	0.768	1.580	0.483	0.455	1.38
7/8-9	0.895	1.880	0.563	0.531	1.50
1-8	1.022	2.158	0.627	0.591	1.75
1 1/8-7	1.149	2.375	0.718	0.658	2.00

This table is inspired by Table 7 from ASME B18.2.6 standard.

F3148 Dimensions, Threads & Grade Marking
	Type 1	Type 3
Style - Round Head Bolt
Dimensions, ASME^A	B18,2,6	B18,2,6
Thread Fit, ASME	B1.1 UNC 2A	B1.1 UNC 2A
Grade Marking	144	144

^A All dimensions except spline geometry

Source: The table above is inspired by Table 2 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Chemical Requirements^A For ASTM F3148-1
Element	Carbon Steel with or Without Boron	Alloy Steel with or Without Boron
Carbon	0.30 - 0.52	0.30 - 0.48
Manganese, min	0.60 min	0.60 min
Phosphorus Max	0.035	0.035
Sulfur Max	0.040	0.040
Silicon	0.15 - 0.30	-
Boron	0.003 Max	0.003 Max
Copper	-	-
Nickel	-	-
Chromium	-	-
Vanadium	-	-
Molybdenum	-	-
Titanium	-	-

^AIndividual product analysis that is outside the specified range is permitted provided it is within 10% of the value required of the heat analysis.

Source: The table above is inspired by Table 3 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Chemical Requirements^A For ASTM F3148-3
Element	Composition A	Composition B	Based On Corrosion Index^B
Carbon	0.33-0.40	0.38-0.48	0.30-0.52
Manganese, min	0.90-1.20	0.70-0.90	0.60 Min
Phosphorus Max	0.035	0.035	0.035
Sulfur Max	0.040	0.040	0.040
Silicon	0.15-0.30	0.30-0.50	-
Boron	-	-	-
Copper	0.25-0.45	0.20-0.40	0.20-0.60^B
Nickel	0.25-0.45	0.50-0.80	0.20^B,C Min
Chromium	0.25-0.45	0.50-0.75	0.45^B
Vanadium	0.45-0.65	-	-
Molybdenum	-	0.06 Max	0.15^B,C Min
Titanium	-	-	-

^AIndividual product analysis that is outside the specified range is permitted provided it is within 10% of the value required of the heat analysis.
^BType 3 bolts conforming to composition A or B, or type 3 bolts which have a copper minimum Heat Analysis of 0.20% and a Corrosion Index of 6 or higher as calculated from the Heat Analysis as described in Guide G101 Predictive method shall be accepted.
^CEither Nickel or Molybdenum must be present in the amount specified.

Source: The table above is inspired by Table 3 from the ASTM F3148 Standard that you can purchase on the ASTM Website

PERMITTED COATING^G
	B695^A,F	F1136^D,F	F2833^E,F
Bolt	Mechanically Deposited Zinc	Zinc/Aluminum	Zinc/Aluminum
DIMENSIONAL LIMITS	BOLT PITCH DIAM.	BOLT PITCH DIAM.	BOLT PITCH DIAM.
	OS AFTER COATING^C	OS AFTER COATING^C	OS AFTER COATING^C
	IN.	IN.	IN.
1/2-13 UNC	0.012	0.006	0.006
5/8-11 UNC	0.013	0.007	0.007
3/4-10 UNC	0.013	0.007	0.007
7/8-9 UNC	0.015	0.008	0.008
1-8 UNC	0.016	0.008	0.008
1 1/8-7 UNC	0.016	0.008	0.008
1 1/4-7 UNC	0.016	0.008	0.008

^A Supplementary nut lubrication to A563 S1, S2 or S3 is required for mechanically deposited zinc coatings.
^C Bolt pitch oversize limit in case of dispute. Material within the plain gage limits which meets the coating thickness requirements and assembles freely need not be
measured to this tolerance.
^D Grade 5 of this coating meets the supplementary lubrication requirements of A563 S1.
^E Grade 1 of this coating meets the supplementary lubrication requirements of A563 S1.
^F Nuts overtapped for coating shall be proof load tested to a minimum of 175 000 psi.
^G Other finishes – specify other protective finish, if required.
OS = over-size

S1 Bolts Threaded Full Length:

-S1.1 Bolts with nominal lengths equal to or shorter than four times the nominal bolt diameter may be threaded full length. These bolts need not have a shoulder.

-S1.2 Bolts shall be marked in accordance with Table 2, except that the symbol shall include a “T”, for example “144T”.

-S1.3 The distance from the under-head bearing surface to the first complete (full form) thread, as measured with a GO thread ring gauge, assembled by hand as far as the thread will permit, shall not exceed the length of 2-1⁄2 threads for bolt sizes 1 in. and smaller, and 3-1⁄2 threads for bolt sizes larger than 1 in.

S2 Lubricant:

-S2.1 Additional lubrication requirements shall be as agreed in writing between the user and responsible party.

-S2.2 Lubrication requirements may include lubricated sealers used with coating systems, colored lubricants, or specified K factors. It may also include lubricants applied to the internal threads and a single nut bearing surface.

-S2.3 Supplemental lubricants are not permitted on assemblies except when applied by the responsible party, see 7.6.5. S2.4 Lubricant specified by the purchaser or required by the responsible party shall be applied to all of the same components within the lot.

S3 Rotational Capacity Testing:

-S3.1 When specified on the inquiry and order, rotational capacity testing in accordance with Annex A1 shall be performed by the responsible party.

-S3.2 Rotational capacity tests may be specified on plain or coated assemblies.

-S3.3 Rotational capacity tests shall include sets of at least one bolt, one nut and one washer. Sampling shall be to Practice F1470 except the minimum sample size in all cases shall be two assemblies.

-S3.4 Assembly lot rotational capacity test reports and product labeling to maintain assembly lot traceability is required.

-S3.5 Components shall be packed together to prevent commingling with other lots.

Source: The table above is inspired by Table 1 from the ASTM F3148 Standard that you can purchase on the ASTM Website

F3148 TENSILE STRENGHT REQUIREMENTS FOR BOLTS TESTED FULL SIZE
Nominal Size	Stress Area^A	Tensile Min.	Proof Load^B Min.	Proof Load^C Min.
In.	in².	ft-lb	ft-lb	ft-lb
1/2-13	0.142 in².	20 450 ft-lb	15 350 ft-lb	16 350 ft-lb
5/8-11	0.226 in².	32 550 ft-lb	24 400 ft-lb	26 000 ft-lb
3/4-10	0.334 in².	48 100 ft-lb	36 100 ft-lb	38 400 ft-lb
7/8-9	0.462 in².	66 550 ft-lb	49 900 ft-lb	53 150 ft-lb
1-8	0.606 in².	87 250 ft-lb	65 450 ft-lb	69 700 ft-lb
1 1/8-7	0.763 in².	109 900 ft-lb^B	82 400 ft-lb^B	87 750 ft-lb^B
1 1/4-7	0.969 in².	139 550 ft-lb^B	104 650 ft-lb^B	111 450 ft-lb^B
Above Values Based On	*	144 000 psi	108 000 psi	115 000 psi

^A The stress area is calculated as follows: AS = 0.7854 [D-(0.9743/P)]² Where AS = Stress Area, D = Nominal Bolt Size, and P = thread pitch
^B Proof load length measurement
^C Alternative Proof load Yield Strength Method

Source: The table above is inspired by Table 6 from the ASTM F3148 Standard that you can purchase on the ASTM Website

TENSILE STRENGHT REQUIREMENTS FOR SPECIMENS MACHINED BOLTS
F3148	Tensile, min.	Tensile, max.	Yeld min,	Elong. in 4D, min. %	Red. of Area min. %
F3148	144 000 Psi	*	115 000 Psi	14	35

Source: The table above is inspired by Table 7 from the ASTM F3148 Standard that you can purchase on the ASTM Website

TABLE A1.1 Tension Requirement by Diameter
Bolt Dia. (in.)	1/2 in.	5/8 in.	3/4 in.	7/8 in.	1 in.	1 1/8 in.	1 1/4 in.
Initial Tension (Kips)	2	3	4	5	6	8	10

Source: The table above is inspired by Table A1.1 from the ASTM F3148 Standard that you can purchase on the ASTM Website

TABLE A1.2 Maximum Permitted Torque at Minimum Design Tension
Bolt Dia. In.	1/2 In.	5/8 In.	3/4 In.	7/8 In.	1 In.	1 1/8 In.	1 1/4 In.
Tension (kips)^A	15	24	35	49	64	80	102
Max Torque (ft-lbs.)	156	312	546	893	1333	1875	2656

^AMinimum A490 design tension in the RCSC Specification for Structural Joints Using High-Strength Bolts. 75% of minimum specified tensile strength.

Source: The table above is inspired by Table A1.2 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Required Rotation
Bolt Length	Up to 4D	> 4D to 8D	> 8D to 12D
Required Rotation	240	360	420

Source: The table above is inspired by Table A1.3 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Minimum Tension at Full Rotation
Bolt Dia. (in.)	1/2 in.	5/8 in.	3/4 in.	7/8 in.	1 in.	1 1/8 in.	1 1/4 in.
Tension (kips)	17	28	40	56	74	92	117

Source: The table above is inspired by Table A1.4 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Maximum Torque Values
Bolt Dia. (in.)	1/2 in.	5/8 in.	3/4 in.	7/8 in.	1 in.	1 1/8 in.	1 1/4 in.
Torque (ft-lbs)	180	370	630	1020	1540	2160	3050

Source: The table above is inspired by Table A1.5 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Required Rotation
Bolt Length	Up to 4D	> 4D to 8D
Req. Rotation	120	180

Source: The table above is inspired by Table A1.6 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Required Rotation
Bolt Length	Up to 4D	> 4D to 8D
Req. Rotation	90	120

Source: The table above is inspired by Table A1.7 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Assembly Tension Test Minimum Tension, lbf
Bolt Diameter (in.)	1/2	5/8	3/4	7/8	1	1 1/8	1 1/4
Initial Minimum	7000 Lbf	11000 Lbf	16000 Lbf	22000 Lbf	29000 Lbf	36000 Lbf	46000 Lbf
Final Minimum	16000 Lbf	25000 Lbf	37000 Lbf	51000 Lbf	67000 Lbf	84000 Lbf	107000 Lbf

Source: The table above is inspired by Table X2.1 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Angle Tightening Rotation
Bolt Length	Req. Rotation^A	Diameter in.
Bolt Length	Req. Rotation^A	1/2	5/8	3/4	7/8	1	1 1/8	1 1/4
Up to 4D	90°	Up to 2	Up to 2 1/2	Up to 3	Up to 3 1/2	Up to 4	Up to 4 1/2	Up to 5
>4D to 8D	120°	2 1/4 to 4	2 3/4 to 5	3 1/4 to 6	3 3/4 to 7	4 1/4 to 8	4 3/4 to 9	5 1/4 to 10

^ASee X3.3.

X3.3 Angle Tightening

-X3.3.1 With bolts in the initial tight condition from X3.2, install the assembly to final tension using angle with a tool capable of engaging the nut and bolt spline. The tool shall rotate the nut and hold the bolt spline from a single side. The tool shall shut off when the minimum degree of nut rotation in Table X2.2 is achieved, within a tolerance of -0 /+ 45 degrees.

-X3.3.2 Repeat the angle tightening process for each bolt in the connection, using the same systematic tightening pattern used for the initial tightening process.

Source: The table above is inspired by Table X2.2 from the ASTM F3148 Standard that you can purchase on the ASTM Website

HARDNESS REQUIREMENTS FOR F3148 BOLTS
Brinell HB		Rockwell HRC
Min	Max	Min	Max
293	326	31	35

Bolts shall conform to the hardness in Table 8. For lots on which both hardness and tension tests are performed, acceptance based on tensile requirements shall take precedence in the event of low hardness readings

Source: The table above is inspired by Table 8 from the ASTM F3148 Standard that you can purchase on the ASTM Website

Kegs & Skids Quantities

LENGTH	5/8-11		3/4-10		7/8-9		1-8		1 1/8-7
LENGTH	KEG QTY	KEG WEIGHT	KEG QTY	KEG WEIGHT	KEG QTY	KEG WEIGHT	KEG QTY	KEG WEIGHT	KEG QTY	KEG WEIGHT
1 1/2	500	37	*	*	*	*	*	*	*	*
1 3/4	470	40	300	62	*	*	*	*	*	*
2	450	42	280	65	200	95	*	*	*	*
2 1/4	410	44	270	68	190	101	140	136	*	*
2 1/2	380	46	250	71	180	105	130	144	*	*
2 3/4	350	48	250	75	180	109	130	148	80	202
3	325	51	240	77	170	114	120	154	80	207
3 1/4	*	*	230	80	160	118	120	159	70	214
3 1/2	*	*	220	83	150	121	110	165	70	220
3 3/4	*	*	200	86	140	126	110	170	70	228
4	*	*	190	89	140	130	100	176	70	234
4 1/4	*	*	180	93	130	134	90	181	60	241
4 1/2	*	*	180	96	120	138	90	186	60	249
4 3/4	*	*	160	99	120	142	90	192	50	253
5	*	*	150	102	115	146	85	197	50	263
5 1/2	*	*	140	108	100	155	80	208	50	276
6	*	*	130	114	95	163	70	219	50	292
6 1/2	*	*	*	*	*	*	65	232	50	303
7	*	*	*	*	*	*	60	243	40	319
7 1/2	*	*	*	*	*	*	55	253	40	332
8	*	*	*	*	*	*	55	264	35	345
8 1/2	*	*	*	*	*	*	50	275	*	*

For Reference only. Keg quantities and weights may vary.

Required Tools

Precision. Accuracy. Repeatability.

TAE Series tools are designed for use exclusively as part of the TNA® Torque + Angle Fastening System. Through applied Torque for the snug operation and Angle (nut rotation) for the final tensioning operation the TAE Series tools provide control and accuracy unmatched by any other system on the market.

Specs and Features

Accuracy +/- 5% Torque Mode +/- 10^oAngle Mode
Lightweight and durable
No reaction to the operator
Immediate operator feedback
Safe no reaction point design
Convenient 110VAC input power

MODEL	TA5E
INSULATION	Double Insulation
FREQUENCY	50-60Hz
VOLTAGE	110-120V
MAX. CURRENT	12.5A
MAX. POWER	1350W
RATED MAX TORQUE	300 ft.lbs
SNUG TORQUE	150 ft.lbs.
CONTROLLABLE ANGLE RANGE	90～240° Recommended Setting Angle Range within Tightening Accuracy
REPEATED ACCURACY	Snug Torque Tightening ：±5% Angle Tightening ：±10°
RATED NO LOAD SPEED	32min-1
NOISE VIBRATION LEVEL	Sound Pressure Level 86dB(A)，Sound Power Level 97dB(A), Vibration Level 2.5m/s2 or below
ADAPTABLE BOLT	5/8-11 F3148 TnA144
WEIGHT	13.36 lbs.
EXTENSION CORD	Refer to Instruction Manual
PRODUCT IDENTIFICATION	As Rating Plate
REMARKS	Warm up procedure with no-load should be carried out at least 5 minutes before operation.

Accessories & Sockets:
(1) Screw Driver (For Socket)
(1) Screw Driver (For Dial Setting)
(1) Metal Case
(1) Instruction Manual
(1) L220T - 5/8" Inner Socket
(1) M216 - 5/8" Outer Socket

Maintenance & Repair:
Disassembly and reassembly is permitted for the
following consumable parts: Inner Socket, Outer
Socket, Set Screws, Inner Socket Spring, Brush
Caps and Carbon Brushes.
All other maintenance and repair must be
performed by an authorized service center.

Features:
○Multifunction (Snug & Angle)
Tightening Wrench
○Anti-defacement Mechanism

MODEL	TA6E
INSULATION	Double Insulation
FREQUENCY	50-60Hz
VOLTAGE	110-120V
MAX. CURRENT	12.5A
MAX. POWER	1350W
RATED MAX TORQUE	400 ft.lbs
SNUG TORQUE	200 ft.lbs.
CONTROLLABLE ANGLE RANGE	90～240° Recommended Setting Angle Range within Tightening Accuracy
REPEATED ACCURACY	Snug Torque Tightening ：±5% Angle Tightening ：±10°
RATED NO LOAD SPEED	25min-1
NOISE VIBRATION LEVEL	Sound Pressure Level 86dB(A)，Sound Power Level 97dB(A) Vibration Level 2.5m/s2 or below
ADAPTABLE BOLT	3/4-10 F3148 TnA144
WEIGHT	13.35 lbs.
EXTENSION CORD	Refer to Instruction Manual
PRODUCT IDENTIFICATION	As Rating Plate
REMARKS	Warm up procedure with no-load should be carried out at least 5 minutes before operation.

Accessories & Sockets:
(1) Screw Driver (For Socket)
(1) Screw Driver (For Dial Setting)
(1) Metal Case
(1) Instruction Manual
(1) L224T - 3/4" Inner Socket
(1) M220 - 3/4" Outer Socket

Maintenance & Repair:
Disassembly and reassembly is permitted for the
following consumable parts: Inner Socket, Outer
Socket, Set Screws, Inner Socket Spring, Brush
Caps and Carbon Brushes.
All other maintenance and repair must be
performed by an authorized service center

Features:
○Multifunction (Snug & Angle)
Tightening Wrench
○Anti-defacement Mechanism

MODEL	TA7E
INSULATION	Double Insulation
FREQUENCY	50-60Hz
VOLTAGE	110-120V
MAX. CURRENT	14.5A
MAX. POWER	1650W
RATED MAX TORQUE	700 ft.lbs
SNUG TORQUE	375 ft.lbs.
CONTROLLABLE ANGLE RANGE	90～240° Recommended Setting Angle Range within Tightening Accuracy
REPEATED ACCURACY	Snug Torque Tightening ：±5% Angle Tightening ：±10°
RATED NO LOAD SPEED	16min-1
NOISE VIBRATION LEVEL	Sound Pressure Level 86dB(A)，Sound Power Level 97dB(A) Vibration Level 2.5m/s2 or below
ADAPTABLE BOLT	7/8-9 F3148 TnA144
WEIGHT	16.22 lbs.
EXTENSION CORD	Refer to Instruction Manual
PRODUCT IDENTIFICATION	As Rating Plate
REMARKS	Warm up procedure with no-load should be carried out at least 5 minutes before operation.

Accessories & Sockets:
(1) Screw Driver (For Socket)
(1) Screw Driver (For Dial Setting)
(1) Metal Case
(1) Instruction Manual
(1) L428T - 7/8" Inner Socket
(1) 4U28E - 7/8" Outer Socket

Maintenance & Repair:
Disassembly and reassembly is permitted for the
following consumable parts: Inner Socket, Outer
Socket, Set Screws, Inner Socket Spring, Brush
Caps and Carbon Brushes.
All other maintenance and repair must be
performed by an authorized service center.

Features:
○ Multifunction (Snug & Angle)
Tightening Wrench
○Anti-defacement Mechanism

MODEL	TA8E
INSULATION	Double Insulation
FREQUENCY	50-60Hz
VOLTAGE	110-120V
MAX. CURRENT	18.0A
MAX. POWER	1900W
RATED MAX TORQUE	900 ft.lbs
SNUG TORQUE	500 ft.lbs.
CONTROLLABLE ANGLE RANGE	90～240° Recommended Setting Angle Range within Tightening Accuracy
REPEATED ACCURACY	Snug Torque Tightening ：±5% Angle Tightening ：±10°
RATED NO LOAD SPEED	16min-1
NOISE VIBRATION LEVEL	Sound Pressure Level 86dB(A)，Sound Power Level 97dB(A) Vibration Level 2.5m/s2 or below
ADAPTABLE BOLT	1-8 F3148 TnA144
WEIGHT	20.42 lbs.
EXTENSION CORD	Refer to Instruction Manual
PRODUCT IDENTIFICATION	As Rating Plate
REMARKS	Warm up procedure with no-load should be carried out at least 5 minutes before operation.

Accessories & Sockets:
(1) Screw Driver (For Socket)
(1) Screw Driver (For Dial Setting)
(1) Metal Case
(1) Instruction Manual
(1) L432T - 1" Inner Socket
(1) M424 - 1" Outer Socket

Maintenance & Repair:
Disassembly and reassembly is permitted for the
following consumable parts: Inner Socket, Outer Socket,
Set Screws, Inner Socket Spring, Brush Caps and
Carbon Brushes.
All other maintenance and repair must be performed by
an authorized service center.

Features:
○Multifunction (Snug & Angle)
Tightening Wrench
○Anti-defacement Mechanism

MODEL	TA9E
INSULATION	Double Insulation
FREQUENCY	50-60Hz
VOLTAGE	110-120V
MAX. CURRENT	18.0A
MAX. POWER	1900W
RATED MAX TORQUE	1450 ft.lbs
SNUG TORQUE	750 ft.lbs.
CONTROLLABLE ANGLE RANGE	90～240° Recommended Setting Angle Range within Tightening Accuracy
REPEATED ACCURACY	Snug Torque Tightening ：±5% Angle Tightening ：±10°
RATED NO LOAD SPEED	8min-1
NOISE VIBRATION LEVEL	Sound Pressure Level 84dB(A)，Sound Power Level 95dB(A) Vibration Level 2.5m/s2 or below
ADAPTABLE BOLT	1 1/8-7 F3148 TnA144
WEIGHT	23.74 lbs.
EXTENSION CORD	Refer to Instruction Manual
PRODUCT IDENTIFICATION	As Rating Plate
REMARKS	Warm up procedure with no-load should be carried out at least 5 minutes before operation.

Accessories & Sockets:
(1) Screw Driver (For Socket)
(1) Screw Driver (For Dial Setting)
(1) Metal Case
(1) Instruction Manual
(1) L736T - 1 1/8" Inner Socket
(1) VM327 - 1 1/8" Outer Socket

Maintenance & Repair:
Disassembly and reassembly is permitted for the
following consumable parts: Inner Socket, Outer
Socket, Set Screws, Inner Socket Spring, Brush
Caps and Carbon Brushes.
All other maintenance and repair must be performed
by an authorized service center.

Features:
○Multifunction (Snug & Angle)
Tightening Wrench
○Anti-defacement Mechanism

Digital Torque Meters

The in-line Digital Torque Meters are designed to give you immediate feedback about the tools output torque. The device can be used to validate the calibrated torque setting during pre-installation testing or at any time the output of the tool needs to be verified.

FEATURES

Digital display showing torque output
SD Card slot
Battery powered
Protective rubber boot

MODEL	DTM6144EF
READING RANGE	80～400 ft.lbs.
ACCURACY	±3％
INCREMENT	1
WEIGHT	4.4 lbs
BATTERY	AAA Alkaline ×4 or Nickel Metal Hydride Rechargeable Battery
BATTERY LIFE	Approx 10,000 readings (Approx 85 hours)（in case Auto Start Mode is OFF with AAA Alkaline）
OPERATING TEMPERATURE	32～104 F Humidity below 80%（no condensation allowed)
ADAPTABLE BOLT	5/8-11 and 3/4-10 F3148 TnA 144
PRODUCT IDENTIFICATION	As Rating Plate
REMAKS	*

Accessories & Sockets:
(1) Case
(1) L-Type Hex Key Wrench 4mm
(1) Screwdriver
(4) AAA Alkaline Batteries
(1) Instruction Manual
(1) MicroSD Memory Card
• MicroSD Memory Card installed
• MicroSD Memory Card conversion adapter
• Case for MicroSD memory card
(2) Instruction Manual / Warranty Certificate
(1) Calibration Certificate

Available Standard Sockets:
• L220DT - 5/8" Inner Socket
• M216 - 5/8" Outer Socket
• L224DT - 3/4" Inner Socket
• M220 - 3/4" Outer Socket

Features:
Display with LED light
Automatic shut off
Auto zero adjustment
Overload notification
Notification when batteries need to be changed
Rubber cover for protection
Measures in auto start mode
SD storage of tightening torque

MODEL	DTM7144EF
READING RANGE	270～920 ft.lbs
ACCURACY	±3％
INCREMENT	1
WEIGHT	6.8 lbs
BATTERY	AAA Alkaline ×4 or Nickel Metal Hydride Rechargeable Battery
BATTERY LIFE	Approx 10,000 readings (Approx 85 hours)（in case Auto Start Mode is OFF with AAA Alkaline）
OPERATING TEMPERATURE	32～104 F Humidity below 80%（no condensation allowed)
ADAPTABLE BOLT	7/8-9 and 1-8 F3148 TnA 144
PRODUCT IDENTIFICATION	As Rating Plate
REMAKS	*

Accessories & Sockets:
(1) Case
(1) L-Type Hex Key Wrench 4mm
(1) Screwdriver
(4) AAA Alkaline Batteries
(1) Instruction ManuaL
(1) MicroSD Memory Card
• MicroSD Memory Card installed
• MicroSD Memory Card conversion adapter
• Case for MicroSD memory card
(2) Instruction Manual / Warranty Certificate
(1) Calibration Certificate

Available Standard Sockets:
• L428DT - 7/8" Inner Socket
• 4U28E - 7/8" Outer Socket
• L432DT - 1" Inner Socket
• M424 - 1" Outer Socket

Features:
Display with LED light
Automatic shut off
Auto zero adjustment
Overload notification
Notification when batteries need to be changed
Rubber cover for protection
Measures in auto start mode
SD storage of tightening torque

MODEL	DTM9144EF
READING RANGE	620～1590 ft.lbs.
ACCURACY	±3％
INCREMENT	1
WEIGHT	9.56 lbs
BATTERY	AAA Alkaline ×4 or Nickel Metal Hydride Rechargeable Battery
BATTERY LIFE	Approx 10,000 readings (Approx 85 hours) (in case Auto Start Mode is OFF with AAA Alkaline）
OPERATING TEMPERATURE	32～104 F Humidity below 80%（no condensation allowed)
ADAPTABLE BOLT	1 1/8-7 F3148 TnA 144
PRODUCT IDENTIFICATION	As Rating Plate
REMAKS	*

Accessories & Sockets:
(1) Case
(1) L-Type Hex Key Wrench 4mm
(1) Screwdriver
(4) AAA Alkaline Batteries
(1) Instruction Manual
(1) MicroSD Memory Card
• MicroSD Memory Card installed
• MicroSD Memory Card conversion adapter
• Case for MicroSD memory card
(2) Instruction Manual / Warranty Certificate
(1) Calibration Certificate

Available Standard Sockets:
• L736DT - 1 1/8" Inner Socket
• VM327 - 1 1/8" Outer Socket

Features:
Display with LED light
Automatic shut off
Auto zero adjustment
Overload notification
Notification when batteries need to be changed
Rubber cover for protection
Measures in auto start mode
SD storage of tightening torque

Buy the ASTM F3148 Standard

F3148 Matching Components
	Type 1	Type 3
Recommended Nut and Washer
Nut	A563 DH	A563 DH3
Flat & Bevel washer if used	F436-1	F436-3