OMT-2 Series Gas Booster Pump

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Banco di Prova per Valvole di Sicurezza

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Attrezzatura per Test di Pressione

Pompa Booster Gas: Pompa Booster Gas Serie OMA; Pompa Booster Gas Serie OMD; Pompa Booster Gas Serie OMT; Pompa Booster d'aria; Sistema Booster Gas

Pompa Booster Liquida

Attrezzatura per Test di Manometri: Tavolo di Calibrazione per Manometri; Tavolo di Test delle Pulsazioni di Fatica per Manometri; Banco di Prova per Perdite da Sovrapressione per Manometri; Macchina intelligente per la sigillatura del coperchio del manometro; Macchina automatica per la perdita del case del manometro con rotazione automatica; Macchina automatica per il riempimento d'olio del manometro

Valvole di Manifolds Strumentali: Valvole del collettore strumentale – Montaggio diretto (trasmettitore non flangiato); Valvole del collettore strumentale – Montaggio diretto (trasmettitore flangiato co-planare); Valvole del collettore strumentale – Montaggio diretto (co-planare); Valvole del collettore strumentale – Montaggio remoto

Valvola a Spillo ad Alta Pressione

Macchina per lavorazione busbar

Compressore di Gas Misto

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introduzione del prodotto

The OMT Series Air Booster Pump is an advanced pneumatic booster pump designed for increasing air pressure to high levels. It is primarily used in applications where the original air pressure of the working system needs to be increased. With pressure ratios ranging from 1:1 to 6:1, these pumps can significantly boost pressure up to 80 bar, depending on the model. The OMT series is suitable for industries such as CNC machining, injection molding, air pressure testing, and laboratories.

It is a two-stage booster pump that operates with air as the medium, and the entire pump body is constructed from high-quality stainless steel. The pumps come with double-acting and single-acting versions to cater to different operational needs.

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Descrizione del prodotto

The OMT Series of air booster pumps offers precise control over the pressure levels of pneumatic systems. They are designed to increase the original air pressure of the working system by a wide range, using pneumatic power for constant performance. These boosters are ideal for small to medium applications, capable of efficiently boosting the air pressure from as low as 0.5 to 10 bar.

Key features of this series include easy installation, long-term durability, and minimal maintenance. The pumps can be equipped with exhaust cooling, making them suitable for continuous operation.

The pump is built for demanding applications, and it supports two modes: cold state and hot state calibration. The OMT series stands out as the only product in its category capable of using both methods for accurate detection.

OMT-2

Pompa Booster Gas Serie OMT

Technical Parameters	OMT16/80-2	OMT25/100-2
Pressure Ratio	32:1 / 160:1	50:1 / 200:1
Max. Compression Ratio	100:1	60:1
Stage	5:1	4:1
Min. Gas Inlet Pressure PA (bar)	7	12
Max. Gas Inlet Pressure PA (bar)	7×PL	12.5×PL
Gas Outlet Pressure PB (bar)	160PL + 5PA	200PL + 4PA
Max. Gas Outlet Pressure PB (bar)	1280	1600
Single Stroke Capacity (ml)	125 / 25	80 / 20
Driven Air Pressure PL (bar)	1–8	1–8
Driven Air Port Size	ZG1/2″	ZG1/2″
Medium Inlet Port Size	ZG1/4″	ZG1/4″
Medium Outlet Port Size	M14×1.5	M14×1.5
Pump Material	Alum/stainless steel
Max. Working Frequency (times/min)	60	60
Pump Stop Pressure PB	160PL + 5PA	200PL + 4PA
Max. Working Temperature (°C)	60	60
Net Weight (kg)	29	29
Standard Seals	PTFE，FKM，NBR
Length (mm)	754	754
Width (mm)	210	210
Height (mm)	273	273
Inert Gas Service (Standard)	OMT16/80-2NL	OMT25/100-2NL

Features & Functions

Dual Mode Operation: Capable of working in both cold state and hot state modes for precise calibration.
High-Pressure Output: Delivers a significant output pressure of up to 80 bar, with adjustable pressure options.
Automatic Clamping: Easy to operate with automatic clamping for accurate positioning of the valve.
Stainless Steel Construction: Durable stainless steel material enhances strength and reliability for long-term use.
Exhaust Cooling: Equipped with exhaust cooling to maintain optimal working temperature during continuous operations.
Compact and Efficient: The compact design allows easy installation and minimal space requirements.
Flexible Inlet/Outlet Sizes: Offers adaptable inlet and outlet sizes for various pneumatic systems.

Product Advantages

Energy Efficient: By using air as the driving force, the OMT series eliminates the need for electrical energy, resulting in significant energy savings.
Stable Performance: The pump’s ability to maintain stable output pressure even at fluctuating input conditions makes it highly reliable in critical applications.
Versatile Applications: From CNC systems to injection molding and hydraulic testing, this pump is suitable for various industrial applications.
Low Maintenance: The simple design with fewer moving parts minimizes the need for constant maintenance, making it cost-effective for long-term operations.
Compact & Portable: Ideal for tight spaces and easy transportation, this pump is portable without compromising on performance.

OMT-2 Series Gas Booster Pump

If you’d like to learn more about other models, please contact our customer service team.

Our Company Strength

Highlight si concentra sul design e sulla produzione di attrezzature per prove di pressione e sistemi di controllo fluidi, supportando sia modelli standard che personalizzazioni basate su progetti.

Oltre 16 anni focalizzati sulle attrezzature per prove di pressione e sistemi di potenziamento pneumatico
Capacità produttiva annuale: oltre 1000 set di attrezzature
Oltre 8000 clienti serviti
Implementazione della gestione della qualità basata su ISO9001 e controllo di produzione stabile
Forti team ingegneristici per la configurazione del banco di prova, abbinamento dei dispositivi e supporto tecnico
Esperienza nell'esportazione che supporta acquirenti internazionali con comunicazione tecnica e documentazione

Applications

CNC Machining: Boosting air pressure for precise operations in CNC systems.
Injection Molding: Used in molding machines for consistent pressure control.
Testing & Inspection: Ideal for calibrating testing systems and pressure vessels.
Power Generation: Helps regulate air pressure in energy systems.

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