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Piab

Kenos Safe&Light KSL (configurable range)

Model / article: Kenos Safe&Light KSL (configurable range)

Kenos Safe&Light KSL (configurable range) is listed by Piab in Vacuum end effectors. Published model data includes Operating temperature range: 0 to 50 °C. See the specification table for operating conditions and source evidence.

Configurable KSL range. Size, foam, valve technology, vacuum generation and robot interface selected separately. Joulin Safe&Light is the legacy range, not a second supplier.

Request supplier informationMore from this supplier
Official KSL range illustration — selected options may differ
Official KSL range illustration — selected options may differ

Product overview

Manufacturer / supplier
Piab
Series
Kenos Safe&Light vacuum foam grippers
Component type
Vacuum end effectors
Source
Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: . Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for Kenos Safe&Light KSL (configurable range)
SpecificationPublished valueConditions and source
End effector typeModel-level statementConfigurable vacuum foam gripper; check valve CVL or flow restriction FR15

rule validated

Source evidence
Configurable vacuum foam gripper; check valve CVL or flow restriction FR15

0244670 Rev.01 GB 2025-06 p.14 / Mechanism

Source observed: 2026-09-20View source
Gripper air consumptionModel-level statement3.68 Nl/s

rule validated

Operating conditions
configuration
JOULIN 1STH single-nozzle internal vacuum cartridge; excludes HB external vacuum option
optimal feed pressure
0.55 MPa (5.5 bar)
scope
Configurable range; selected size/foam/interface must be specified
Source evidence
3.68 Nl/s

0244670 Rev.01 GB 2025-06 p.15 / Air consumption per nozzle

Source observed: 2026-09-20View source
Gripper force curveModel-level statement240.120: 55, 111, 166, 222, 277, 333, 388 N; 320.160: 99, 197, 296, 394, 493, 591, 690 N

rule validated

Operating conditions
240.120 force N
[55,111,166,222,277,333,388]
320.160 force N
[99,197,296,394,493,591,690]
basis
Theoretical force at optimum feed pressure on rigid stable surface with completely covered module; without safety factor. Preliminary tests with actual samples recommended.
limitation
70 kPa endpoint exceeds the stated 65 kPa internal-cartridge maximum at optimum feed pressure; not integrated product capacity or safe payload.
vacuum magnitude kPa
[10,20,30,40,50,60,70]
Source evidence
240.120: 55, 111, 166, 222, 277, 333, 388 N; 320.160: 99, 197, 296, 394, 493, 591, 690 N

0244670 Rev.01 GB 2025-06 p.15 / Theoretical gripping force versus vacuum

Source observed: 2026-09-20View source
Operating temperature rangeModel-level statement0 to 50 °C

rule validated

Operating conditions
condition
Without condensation or frost
Source evidence
0 to 50 °C

0244670 Rev.01 GB 2025-06 p.15 / Environment and workpiece temperature

Source observed: 2026-09-20View source
Vacuum flowModel-level statement4.48 Nl/s

rule validated

Operating conditions
configuration
JOULIN 1STH single-nozzle internal vacuum cartridge; excludes HB external vacuum option
optimal feed pressure
0.55 MPa (5.5 bar)
scope
Configurable range; selected size/foam/interface must be specified
Source evidence
4.48 Nl/s

0244670 Rev.01 GB 2025-06 p.15 / Maximum vacuum flow per nozzle

Source observed: 2026-09-20View source
Vacuum maximumModel-level statement65 kPa

rule validated

Operating conditions
configuration
JOULIN 1STH single-nozzle internal vacuum cartridge; excludes HB external vacuum option
optimal feed pressure
0.55 MPa (5.5 bar)
scope
Configurable range; selected size/foam/interface must be specified
sign
Vacuum magnitude; manufacturer publishes -kPa
Source evidence
65 kPa

0244670 Rev.01 GB 2025-06 p.15 / Maximum vacuum at optimal feed pressure

Source observed: 2026-09-20View source

Technical documents and resources

Confirm the exact configuration, price, availability and operating conditions with the supplier before ordering.

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