Вакуумный генератор MSVE series

автономныймногофункциональныйсо встроенным индикатором

Overview
The page lists vacuum generators and pneumatic pumpsets used to create and manage vacuum for gripping systems and material handling. It includes tables for performance (air quantity sucked at different vacuum levels, evacuation time) and detailed descriptions of multiple product families including single-stage, multi-stage, multi-function and modular vacuum generators, cartridge generators, flow (vacuum jet) generators, conveyor/adjustable vacuum generators and pneumatic pump sets.

Tables

• Quantity of air sucked by generators at different vacuum levels (performance table).
• Vacuum generator evacuation time at different vacuum levels (evacuation time table).

Single-stage vacuum generators
Operation based on the Venturi principle: compressed air supplied to P generates vacuum at connection U; supply and sucked air are discharged via R. Optimal supply pressure commonly 6 bar; LP marked items perform optimally at pressures lower than 4 bar. Products are made in anodised aluminium with brass or aluminium ejectors depending on model. Some single-stage families include silencers on the R exhaust and variants with ejector/ejection systems for faster release. Typical uses: control of vacuum cups for gripping non-porous or slightly porous objects and for applications with low flow rate requirements. Examples and codes: 15 01 10 / 150110 / 150110LP / 150115LP; 15 03 10 / 150310; 15 05 08 SX / 150508SX; VG03 / VG03LP / VG05LP; FVG3 / FVG5; FVG8 / FVG12.

In-line and PVP series
In-line single-stage generators (PVP, GV series) feature air and vacuum connections on the same axis and orthogonal exhaust. Advantages: compact dimensions, easy maintenance, easy assembly to vacuum cup supports or holders. Examples: PVP1, PVP05, PVP2, PVP3, PVP2M (and MM variants), PVP7SX/PVP14SX/PVP18SX (SX and SXLP variants). Some PVP models include pressed stainless steel suction filters and microfibre silencers wrapped around the exhaust for quiet operation.

Single-stage generators with ejector / pneumatic ejector
Some single-stage generators include an internal chamber and pneumatic ejector that discharges compressed air through U when supply in P stops, enabling faster detachment of vacuum cups and quicker atmospheric pressure restoration. These families often operate at reduced supply pressures (<4 bar) and include built-in high acoustic dampening silencers (SSX). Examples: 15 02 10 series, 15 04 10, 15 06 08 SX / 15 06 10 SX.

Multi-stage vacuum generators
Multi-stage generators achieve higher vacuum percentages (up to around 90% / final vacuum ~100 mbar abs) while optimizing compressed air consumption by exploiting kinetic energy through several in-line ejectors. They are explosion-proof (no moving parts), suitable for continuous use, and built with stainless materials. Typical operating compressed air range: 1–6 bar depending on series. Use cases: high suction capacity applications and environments requiring maintenance-free operation.

M series (Multi-stage)
M series generators feature multiple ejector modules assembled in compact modules to obtain high suction flows relative to size; supply pressures typically 4–5 bar to achieve up to ~85% vacuum. Silenced variants (SSX) exist for reduced noise. Examples: M3, M7, M10, M14, M18 and corresponding SSX variants.

Multi-function and modular generators (MVG, GVMM, MSVE, MSVE series)
These are independent vacuum units integrating ejectors, solenoid valves, blow-off/exhaust control, flow regulators, digital vacuum switch/display, manifolds with built-in suction filters and check valves to maintain vacuum in case of power loss. Modular GVMM systems allow stacking intermediate modules (MI) to increase independent vacuum units within a compact assembly. MSVE series provide single-stage multi-function units with coaxial shutters and solenoid control for fast cycles and energy saving via vacuum switches and modulation. Examples: MVG3/MVG7/MVG10/MVG14, GVMM3/GVMM7/GVMM10/GVMM14, MSVE3/MSVE5/MSVE8/MSVE12/MSVE20.

PVP multi-stage and MDX / MD series
Higher-capacity multi-stage generators for Octopus systems and heavy-duty use: PVP12 MX / MXLP, PVP25 MX / MXLP, PVP40 M ... PVP300 M/MLP, PVP140/170/200 and larger modular MD / MDLP families up to PVP750 MD/MLP. Features include stainless steel ejectors, EPDM seals standard (FKM optional), reed valves, integrated silencers, threaded discharge connections for optional free-flow silencers, and additional intake ports for multiple usage points or instruments. Supply pressures vary by variant (MX: 4–6 bar, MXLP: 1–3 bar).

Flow generators / Vacuum jet (CX series)
Flow (vacuum jet) generators use a cyclonic ring chamber: compressed air flows at high speed towards the centre, creating vacuum and moving large air volumes to the outlet. Straight-flow principle allows suction and conveying of powders, granulates, sawdust, grains, metal chips, liquids or for fume/mist extraction. Available materials: anodised aluminium and stainless steel. Examples: CX7, CX10, CX13, CX19, CX25, CX38, CX50.

Cartridge vacuum generators (PVR series)
Small cartridge generators for direct integration into gripping elements and packaging machines; high efficiency at low compressed air pressures (1–3 bar typical ranges), vacuum levels up to ~-72 kPa (PVR1/PVR4) or ~-52 kPa (PVR3 OT). Designed to resist dust and small residues without clogging. Examples: PVR1, PVR4, PVR3OT.

Conveyor / adjustable vacuum generators and PVR conveyor family
Adjustable ejector conveyor generators allow varying flow rate and vacuum level via adjustable ejectors; suited for transfer of powders, granulates, chips, liquids and for cup control where high contamination exists. Examples: PVR25, PVR50, PVR100, PVR200 and conveyor variants including PVR25MS which includes supports for fastening to vacuum cups and comes with high sound reduction free-flow silencers on intake air exhaust.

Pneumatic pump sets (DOP series)
Self-contained vacuum units powered only by compressed air; include tank, shut-off valve, pressure regulator with filter and gauge, vacuum generator, pneumatic drive valve controlled by vacuum switch, vacuum gauge, manual vacuum interception valve, suction filter, and condensation drain cock. Designed for mobile or fixed units requiring vacuum continuity (trolleys, hoists, clamping systems) and for centralised vacuum. Examples and sizes: mini sets DOP06, DOP10, DOP20; pump sets DOP25, DOP50, DOP100, DOP150, DOP300 with matched vacuum generators (e.g., PVP series) and energy-saving features.

Accessories

• Coaxial shutter servo-controlled pneumatic valves and solenoid valves for intercepting compressed air supply.
• Silencers (SSX family) for exhaust noise reduction (several sizes and lengths available; noise reductions typically -13 to -20 dB(A)).
• Energy saving cable sets, vacuum switches (digital and IO-Link versions), connectors, kit accessories for modular systems (manifolds, mounting kits, check valves, reed valve kits).

Caractéristiques / Spécifications techniques

• Working principle: Venturi ejector (single-stage) or multi-stage ejectors converting kinetic to pressure energy; vacuum jet (flow) generators use cyclonic ring chamber.
• Materials: mainly anodised aluminium bodies; ejectors in brass, aluminium or stainless steel; stainless materials in multi-stage; EPDM seals standard (FKM optional).
• Supply pressure ranges: typical single-stage ~6 bar (LP variants <4 bar); multi-stage and MX variants 4–6 bar; low-pressure LP/MLP variants 1–3 bar.
• Maximum vacuum: multi-stage up to ~90% (≈100 mbar abs); various series quoted in kPa (e.g., -70 kPa, -72 kPa, -52 kPa depending on model).
• Suction flow rates: wide range from 1–4 m3/h (small cartridge) up to several hundred m3/h (modular MD/MDX/MDP families and large PVP series).
• Noise reduction: optional/standard silencers (SSX) and microfibre or free-flow silencers reduce exhaust noise; lengths influence attenuation.
• Operating temperature ranges for silencers: approximately -20 to +100 °C (silencer spec).
• Accessories: digital vacuum switches (with display and IO-Link options), solenoid valves (NC/NO variants), coaxial shutter valves, energy saving devices and modular stacking kits for GVMM systems.
• Installation: many generators designed for any mounting orientation; some in-line and PVP/GV families suited for direct mounting on cup holders or vacuum cup supports; modular systems allow stacking intermediate modules.