Price Quote Get an up to date pricing and availability quote for this product. Order online or over the phone.
Quality Commitment
Serving our customers with quality and safety first.
- AS9120 Certified
- Audited supply chain
- ITAR Registered
- DDTC Registered
- HAZMAT Certified
- Customer service objectives
- Every product 100% inspected
Datasheet. HLM610-06-15 specification
The direction of the thread when viewed axially. a right-hand thread winds in a clockwise direction while a left-hand thread winds in a counterclockwise direction.
RIGHT-Hand
The dimension,measured along a line parallel to the longitudinal axis,from the largest bearing surface of the fastener head to the extreme opposite end,or as specifically designated for other type fasteners.
26.5 mm and 27.0 mm
The style designation indicating the configuration that most nearly corresponds to the appearance of the head.
flush countersunk
2.4 mm and 2.5 mm
The length of a straight line which passes through the center of the body of the shank and terminates at the circumference.
6.97 mm and 6.99 mm
The style designation indicating the configuration that most nearly corresponds to the appearance of the shank.
PIN-Rivet, straight, threaded
10.2 mm and 10.7 mm
A measurement of the longest dimension of the grip,in distinction from width.
14.9 mm and 15.1 mm
A designation that is used for the purpose of general identification of the thread.
7.0 mm
A measurement of distance between corresponding points on two adjacent threads measured parallel to the thread axis,expressed in millimeters.
0.65
The minimum load,applied perpendicularly to the longitudinal axis of an item,at which point the item will fracture when subjected to the standard shear test method.
50400 double newtons per square millimeter
The included angle of the countersink.
100.0 degrees
A numeric-alpha designator indicating established pitch and crest diameter tolerance position and grade.
4h external
The chemical compound or mechanical mixture properties of which the item is fabricated.
titanium alloy uns R56400
The specification,standard,or manufacturers reference,and the classification designation,such as class,condition,temper,and the like,that identifies the material.
AMS4967 assn std single material response
A designation distinguishing one group of thread diameter-pitch combinations from another by the number of threads per measurement scale for a specific diameter.
iso m
The document designator of the specification or standard which established the item of supply.
73197-HL-610-06-15 manufacturers standard
Answers.
Iso m
Titanium alloy uns r56400
50400 double newtons per square millimeter
14.9 millimeters minimum and 15.1 millimeters maximum
Flush countersunk
Right-hand
Schedule B number: 8108908000
Other wrought titanium
FSC 5320 ⁓ Rivets
NSN 5320-01-289-4197 PIN-RIVET
iso m thread series 50400 double newtons per square millimeter shear strength 14.9mm grip length flush countersunk head style right-hand
- NIIN
- 012894197
- NIIN Date
- 11/22/88
- Schedule B
- 8108908000
- Name Code
- 67165
- FIIG
- A528U0
- DEMIL / ITAR
- Uncontrolled item (Code A)
- Hazmat
- No hazard information available from HMIRS.
- MSDS
- N/A
- Precious Metals
- Metal content unknown
- Enviromental
- N/A
- Electrostatic ESD & EMI
- No ESD or EMI sensitivity
Other Part Numbers Parts with same form, fit, and function by other manufacturers
Major End Users Countries and entities
- - Germany
- - Italy
Availability for HLM610-06-15 A member of our team will provide you with a price and availability quote
Request a Quote »Similar by Design Other pin-rivets with similar characteristics
Nothing similar to this part number was found in our inventory
HLM610-06-15 / Pin-rivetWhat is the formal definition of this item?
A metallic or nonmetallic item, headed at one end, with a cylindrically shaped shank which may be tapered, grooved, or threaded. a locking collar or sleeve may be provided to perform the same holding action as the clinching portion of a conventional rivet. the shank may include an external wrenching facility which breaks off at a predetermined applied torque.
