K1-10
2
Standard Carrier + Side Carrier.
View K1-10 →
Universal Concentricity Gaging System
Triple Indicator
KK1 Series · -10
KK1-10 Triple Indicator Concentricity Gage
Standard Carrier + Two Side Carriers for three measurement positions.
The Universal Punch KK1-10 is a triple-indicator concentricity gage for cylindrical parts in the 1/8–1 in (3–25 mm) diameter class and published part lengths up to 4 in (102 mm). The KK1 architecture combines one Standard Carrier with two Side Carriers, creating three configurable indicator positions around the same supported rotating component.
KK1-10 triple-indicator architecture
Configured example shown with three indicator positions around one supported part.
1/8–1 in
3–25 mm nominal -10 part diameter class
Up to 4 in
102 mm maximum published part length
3 Indicators
Standard + Side + Side carrier architecture
11.5 lb
5.2 kg published shipping weight
What Is the KK1-10?
A three-indicator concentricity gage for multi-location rotational inspection.
The KK1-10 is the -10 size member of Universal Punch's KK1 triple-indicator concentricity-gage family. Current Universal Punch selection documentation identifies the architecture as a Triple Indicator Gage / 3–25 mm / Standard Carrier / Two Side Carriers.
Where K1 and K2 provide two indicator positions, KK1 expands the measurement architecture to three. The actual characteristics inspected at those positions depend on the part drawing, support geometry, indicator contact points, carrier positions and inspection method.
The Universal Punch KK1-10 is a triple-indicator concentricity gage for 1/8–1 in (3–25 mm) diameter parts. It combines one Standard Carrier with two Side Carriers, provides three configurable indicator positions around the same supported rotating component, and supports published part lengths up to 4 in (102 mm).
Triple-Indicator Architecture
One Standard Carrier. Two Side Carriers.
The important difference between KK1-10 and the K1/K2 families is not simply an additional dial. KK1 provides an expanded measurement-access architecture with three carrier positions around the same supported workpiece.
Position 1
Standard Carrier
Primary indicator position within the KK1 architecture.
Position 2
Side Carrier
Additional side-access measurement position.
Position 3
Second Side Carrier
Third configurable measurement position using a second side-carrier location.
KK1 = STANDARD + SIDE + SIDE
Architecture distinction:
Standard + Side + Vertical belongs to the KK2 family. The KK1 uses two Side Carriers.
Published KK1-10 Data
Technical specifications at a glance.
Universal Punch general-data literature publishes a more precise minimum diameter and minimum part length than the simplified -10 model-selection nomenclature. Both are presented here without silently replacing one with the other.
Nominal Diameter Class
1/8–1 in
3–25 mm model-selection nomenclature
Published Part Length
.18–4 in
4.7–102 mm
Shipping Weight
11.5 lb
5.2 kg
Published Diameter Range
.12–1 in
3.2–25 mm
Published Gage Length
10.5 in
267 mm
Published Gage Width / Height
4.5 × ~6 in
114 × approximately 152 mm
Published minimum-diameter note:
Universal Punch model-selection nomenclature identifies KK1-10 as a 3–25 mm model, while the general-data
table publishes the minimum more precisely as .12 in / 3.2 mm. The page uses 1/8–1 in / 3–25 mm as the
customer-facing nominal class and preserves the more precise general-data value in the technical specifications.
How the KK1-10 Works
Support the workpiece. Rotate it. Monitor three configured contacts.
01
Support the component on the selected -10 roller geometry.
The roller set should match the usable cylindrical support surfaces and required clearance around the part.
02
Position the Standard Carrier and both Side Carriers.
Each indicator contact is configured around the intended measurement location and available feature access.
03
Rotate the supported component.
The standard Universal Punch system uses the manual timing-belt drive architecture for smooth part rotation.
04
Observe all three configured indicator positions.
The three contacts can be monitored through the rotational inspection setup according to the drawing and inspection plan.
K / KK Architecture Hierarchy
Two indicator positions or three—and from which direction?
K1, K2, KK1 and KK2 separate multi-indicator systems by both indicator count and carrier access.
K2-10
2
Standard Carrier + Vertical Carrier.
View K2-10 →KK1-10
3
Standard Carrier + Side Carrier + Side Carrier.
Current model ↑KK2-10
3
Standard Carrier + Side Carrier + Vertical Carrier.
View KK2-10 / Concentricity Gages →
Selection rule:
choose KK1 when both additional measurement locations are best served by Side Carriers.
Choose KK2 when one of the additional measurement locations needs Vertical Carrier access.
Configure the Complete KK1-10
Three indicator positions make correct configuration even more important.
Universal Punch defines the Concentricity Gaging System around three primary selections: gage model, main rollers, and indicators/accessories. KK1-10 adds the requirement to correctly position and specify three measurement contacts.
01
Select KK1-10 as the architecture
Use KK1-10 when the -10 part envelope and Standard + two Side Carrier triple-indicator arrangement fit the inspection.
02
Select the main rollers
Support geometry should match usable cylindrical lands, shoulders, grooves, threads and measurement-feature clearance.
03
Configure all three indicator contacts
Confirm probe direction, stylus reach, indicator range and resolution, mounts, side-carrier access, calibration and drive requirements.
KK1-10 Roller Options
The KK1-10 uses the Universal Punch -10 roller family.
Roller selection should be based on the actual cylindrical support surfaces and the clearance required around the three measurement locations.
Full Plain
110-10FP
Half Plain
110-10HP
Quarter Plain
110-10QP
Full Plain Zero
110-10FZ
Half Plain Zero
110-10HZ
Quarter Plain Zero
110-10QZ
Thin Zero Plain
110-10TZ
Special Top Contacts
Multiple published -10 options
What rollers are available for the KK1-10?
Published -10 roller families include Full Plain, Half Plain, Quarter Plain, Full Zero,
Half Zero, Quarter Zero and Thin Zero configurations. Final support geometry should be selected
from the actual component and required feature clearance.
Three Indicator Locations
Deliberate contact geometry matters more as measurement count increases.
Universal Punch documentation includes analog and digital indicators, dovetail mounts, swivel supports, extension holders, right-angle attachments and multiple carrier assemblies that can be used to configure measurement access.
Standard Carrier Indicator
Specify resolution, range, contact direction, stylus length and feature access around the primary measurement location.
First Side Carrier Indicator
Configure the first side-access contact around available clearance and the intended measurement characteristic.
Second Side Carrier Indicator
Use the second Side Carrier when the third measurement position is also best approached from side-carrier geometry.
Photography note:
the yellow indicators shown in the KK1-10 photography illustrate one configured system.
Universal Punch documentation identifies additional analog and digital indicator options; the correct set should be specified from the inspection requirement.
Accuracy, Calibration & Drive
Specify the whole system—not just the number of indicators.
Accuracy classification, indicator resolution, carrier access, calibration documentation and rotation method should be considered together.
Published Accuracy Classes
Standard Black / Precision Gold
≤ 4 µm
Standard Black
≤ 2 µm
Precision Gold eligibility for applicable -10 / -20 models
Universal Punch documentation identifies these gage classifications as calibrated and directly traceable to NIST. Confirm the final KK1-10 accuracy class, indicator resolution and documentation requirements when ordering.
Optional Powered Rotation
KK1-10 Variable-Speed Motor Assembly
0–10 rpm
Published variable-speed system range
15 in
381 mm motorized base-plate listing
Universal Punch documentation lists a dedicated KK1-10 variable-speed motor assembly and describes the variable-speed drive architecture as 24 VDC with forward/reverse and 0–10 rpm control. Powered rotation can be considered when hands-free operation is useful for observing several indicators.
Where KK1-10 Fits
Built for multi-location rotational inspection.
KK1-10 is worth evaluating when the part fits the -10 envelope, three measurement contacts are useful within the same rotational setup, and both additional measurement positions are best served by Side Carriers.
- Nominal diameter class fits approximately 1/8–1 in / 3–25 mm.
- Published maximum part length fits up to 4 in / 102 mm.
- Three configurable indicator positions are useful.
- Both secondary measurement positions are appropriate for Side Carrier access.
- The component has suitable cylindrical support surfaces for the selected roller geometry.
If two measurement positions are enough, evaluate K1-10 or K2-10. If three are required but one secondary location needs Vertical Carrier access, evaluate KK2-10.
KK1 Series Size Comparison
KK1-10, KK1-20 and KK1-40.
The same Standard + two Side Carrier architecture is published across three common diameter classes.
| Model | Part Diameter | Part Length | Gage Length | Gage Width | Approx. Height | Shipping Weight |
|---|---|---|---|---|---|---|
| KK1-10 | .12–1 in / 3.2–25 mm | .18–4 in / 4.7–102 mm | 10.5 in / 267 mm | 4.5 in / 114 mm | 6 in / 152 mm | 11.5 lb / 5.2 kg |
| KK1-20 | .37–2 in / 10–50 mm | .18–6 in / 4.7–152 mm | 12.5 in / 318 mm | 6.5 in / 165 mm | 6 in / 152 mm | 14.8 lb / 6.8 kg |
| KK1-40 | .75–4 in / 20–102 mm | .18–8 in / 4.7–203 mm | 14.5 in / 368 mm | 8 in / 203 mm | 8 in / 203 mm | 18.5 lb / 8.4 kg |
KK1-10 Technical FAQ
Questions engineers, inspectors and buyers ask before specifying a triple-indicator gage.
The Universal Punch KK1-10 is a triple-indicator concentricity gage for approximately 1/8–1 in (3–25 mm) cylindrical parts. It combines one Standard Carrier with two Side Carriers and supports published part lengths up to 4 in (102 mm).
KK1 is a triple-indicator architecture with three configurable indicator positions around the supported rotating component.
The KK1 architecture combines one Standard Carrier with two Side Carriers.
K1-10 is a dual-indicator model using a Standard Carrier and one Side Carrier. KK1-10 adds a second Side Carrier to provide three indicator positions.
Both are triple-indicator -10 architectures. KK1-10 uses a Standard Carrier plus two Side Carriers. KK2-10 uses a Standard Carrier plus one Side Carrier and one Vertical Carrier.
Current general-data literature lists approximately .12–1 in (3.2–25 mm) diameter and .18–4 in (4.7–102 mm) part length. The model-selection nomenclature identifies the nominal diameter class as 3–25 mm.
Current Universal Punch general-data literature lists the KK1/KK2-10 platform at 10.5 in (267 mm) long, 4.5 in (114 mm) wide and approximately 6 in (152 mm) high.
The published shipping weight is 11.5 lb (5.2 kg).
Published -10 main roller styles include Full Plain, Half Plain, Quarter Plain, Full Plain Zero, Half Plain Zero, Quarter Plain Zero and Thin Zero Plain, along with multiple top-contact options.
Universal Punch parts documentation lists analog and digital indicator options along with multiple mounting and carrier accessories. Final indicator selection should match the application.
Yes. Universal Punch lists a dedicated KK1-10 variable-speed motor assembly with a 15 in (381 mm) base plate. The published variable-speed drive architecture is 24 VDC with a 0–10 rpm range.
Universal Punch identifies Precision Gold classification for applicable -10 and -20 model classes at better than or equal to 2 µm. Final KK1-10 eligibility, indicator resolution and calibration requirements should be confirmed when ordering.
Choose KK1-10 when both additional measurement positions are better served by Side Carriers. Choose KK2-10 when one of the additional measurement positions needs Vertical Carrier access.
Send the part drawing, diameter, overall length, usable support surfaces, three intended measurement locations, tolerances or inspection objectives, indicator preferences, calibration requirements and manual or motorized-drive preference.
Configure All Three Measurement Positions
Start with the component—not the catalog photograph.
Send Universal Punch the part drawing, diameter, overall length, usable support surfaces, three intended measurement locations, tolerances or inspection objectives, indicator preferences, calibration requirements and manual or motorized-drive preference. Our team can review the complete KK1-10 gage, roller and indicator configuration before the system is quoted.