Festo Vacuum Pump, 1.4 mm nozzle, 3.6 bar 50.5 L/min, OVEM series

Subtotal (1 unit)*

$2,294.07

(exc. GST)

$2,523.48

(inc. GST)

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RS Stock No.:
203-6221
Mfr. Part No.:
OVEM-14-H-B-QO-CE-N-LK
Brand:
Festo
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Brand

Festo

Product Type

Vacuum Pump

Maximum Suction Flow

50.5L/min

Maximum Vacuum Pressure

3.6bar

Nozzle Diameter

1.4mm

Series

OVEM

Silencer

Yes

Maximum Operating Temperature

50°C

Standards/Approvals

CE, RCM c UL us (OL), KC KC-EMV

Hazardous Area Certification

No

COO (Country of Origin):
HU

Festo OVEM Series Vacuum Pump, 50.5L/min Maximum Suction Flow, 3.6 Bar Maximum Vacuum Pressure - OVEM-14-H-B-QO-CE-N-LK, Numeric Part Number: 8037696


This vacuum pump is designed to provide controlled suction for automation and industrial processes. It suits applications requiring compact, continuous Air extraction with integrated noise reduction and international approvals for safe deployment in equipment across multiple regions.

Features and Benefits:


• Maximum suction flow 50.5 L/min delivers steady handling performance • Maximum vacuum pressure 3.6 bar supports firm part gripping • 1.4mm nozzle enables precise vacuum targeting • QS inlet thread simplifies connection and installation • Includes silencer to reduce operational noise • Rated for use up to 50°C for warm process environments

Applications


• Suitable for pick-and-place operations in electronics assembly • Ideal for vacuum gripping on automated production lines • Used with pneumatic tooling in mechanical workshops • Can be used for component handling in electrical device manufacture

Is the unit suitable for hazardous-area installations?


No, it lacks hazardous-area certification and should not be used where such approvals are mandatory.

What approvals support international equipment integration?


It meets CE, RCM, c UL us (OL), and KC KC-EMV standards for multi-region compliance.

How does the inlet connection affect system design?


The QS inlet thread enables quick push-in fittings, reducing plumbing time and enabling Compact layouts.

What temperature limits should be observed during operation?


Operate below the maximum of 50°C to maintain specified performance and component life.

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