Name/Title
[Gauge] Wire Rope Union, Sheave, CreamEntry/Object ID
2023.18.6Tags
White, Cream, Engineering, Gauge, Oil, Oil Industry, Oil Field, Oilfield, Plastic, Metal, Sheave, Technical Equipment, Tool, Wire RopeDescription
A plastic sheave gauge, in a fanning configuration, and branded to Wire Rope Union.
Appearance: A sheave gauge in cream plastic, with 14 tabs connected with a domed metal bolt. The tabs transition in shape from a long stadium shape (front), to a narrow drop shape (back). On the back of the largest tab is the black design of a wire spool, with a triangle on the flat surface, and in the gap of each side the text "WIRE", ROPE", AND "UNION". Each of the tabs also bears the corresponding measurements molded into he plastic, in inches. The largest tab also bears the debossed text "MINIMUM FOR WORN GROOVES".
Included Measurements:
1/4" DIA.+ 1/128
5/16" DIA.+ 1/128
3/8" DIA.+ 1/64
7/16" DIA.+ 1/64
1/2" DIA.+ 1/64
9/16" DIA.+ 1/64
5/8" DIA.+ 1/64
3/4" DIA.+ 1/64
7/8" DIA.+ 3/128
1". DIA.+ 3/128
1 1/8" DIA.+ 3/128
1 1/4" DIA.+ 1/32
1 3/8" DIA.+ 1/32
1 1/2" DIA.+ 1/32Collection
Michael Armstrong CollectionCategory
Technical and Equipment Ruler
Technical Stationery and Tools, Technical Equipment
Acquisition
Accession
2023.18Source or Donor
Michael ArmstrongAcquisition Method
GiftLexicon
Nomenclature 4.0
Nomenclature Secondary Object Term
Gauge, WireNomenclature Primary Object Term
Gauge, MetalworkingNomenclature Class
Metalworking T&ENomenclature Category
Category 04: Tools & Equipment for MaterialsDimensions
Width
40 mmDepth
28 mmLength
83 mmColor
Cream, Silver, BlackCondition
Reason for Exam
At AcquisitionOverall Condition
GoodCondition Detail
Yellowing, Scratch, Dent, Soiling/Grime, StainsDate Examined
Jul 7, 2023Examined By
Danielle P. LaneCleanliness
Some grime on the surface and in the grooves of the scratches.
Discolouration and stains in various places, most notably a dark grey-blue stain on the tab 4th from the back.Surface
Light to moderate scratched throughout.Materials
Light to moderate denting throughout.Mechanism
Structurally sound. Parts move freely.Created By
Danielle P. LaneCreate Date
July 6, 2023Updated By
Danielle P. LaneUpdate Date
July 7, 2023