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Especificaciones

Connection Vacuum Inlet Flange DN 250 ISO-F
Connection vacuum outlet flange DN 40 ISO-KF (NW40)
Cooling Method Refrigeración por agua
Supply Voltage DC 48V
Power Total Rated 600.00
Pumping Speed Air Nitrogen (@50Hz or max @default setting) 1.38
Presión final 7.000 × 10⁻⁷

TURBOVAC 1450 i - DN 250 ISO-F IND U (water cooling)

Numero de parte: 850132V1000U

Variante

Explore la gama de variantes que se indican a continuación para comparar el producto

Short Description Numero de parte variantTmpPerformanceModel
850122V1000 TURBOVAC i IND - Versión industrial - Interfaz 1 (básico)
850122V1000U TURBOVAC i IND - Versión industrial - Interfaz 1 (básico)
850122V2000 TURBOVAC i IND - Versión industrial - Interfaz 2 (extensión Anybus/Fieldbus)
850122V2000U TURBOVAC i IND - Versión industrial - Interfaz 2 (extensión Anybus/Fieldbus)
850132V1000 TURBOVAC i IND - Versión industrial - Interfaz 1 (básico)
850132V1000U TURBOVAC i IND - Versión industrial - Interfaz 1 (básico)
850132V2000 TURBOVAC i IND - Versión industrial - Interfaz 2 (extensión Anybus/Fieldbus)
850132V2000U TURBOVAC i IND - Versión industrial - Interfaz 2 (extensión Anybus/Fieldbus)

TURBOVAC i/iX

TURBOVAC i is a well-proven turbomolecular pump platform ranging from 90 to 1450 l/s. TURBOVAC i comes with the latest hybrid bearing design offering a permanent magnet upper bearing paired with an oil-free lower mechanical bearing offering the cleanest high vacuum conditions.

 

With TURBOVAC i we offer variants covering UHV (Ultra High Vacuum), throughput IND (Industrial) as well as iR (radiation robust) variants with remote electronics. TURBOVAC i pumps are available with a compact interface offering the control of up to two accessories, basic RS485, USB and DIGITAL I/O control. The TURBOVAC i series also offers the full spectrum of field bus support. The universal connection called "Anybus" enables communication via Profibus, Ethernet IP, ProfiNET as well as EtherCAT through selectable modules.

 

TURBOVAC iX also offers the Anybus interface, the ability to control your fore vacuum pump, and up to 6 accessories, a gauge interface turning the pump into a full vacuum control solution. Along with single inlet pumps, we offer a wealth of multi-inlet, cartridge pumps, and customized products via our Customer Focused Engineering team - please come and talk to our sales teams.

 

TURBOVAC i pumps, in general, come stand-alone - the suitable power supply unit, comms/power cables, and cooling options need to be ordered separately. TURBOVAC 1350, 1450 and the 850, 950 IND variants always come already equipped with a water cooling block.

TURBOVAC 1450 i - DN 250 ISO-F IND U (water cooling)

It needs to be operated in the U (upside down to horizontal) orientation. IND variants provide high gas throughput paired with tolerance against particles and environmental conditions. This product comes already with integrated water cooling unit and is water cooling only. As an electronic interface this product comes with the basic compact interface.

Features and Benefits

  • Superior performance - high pumping speeds for heavy gases such as nitrogen and or argon - made to suit your coating applications
  • Stress-free operation
  • High flexibility in our platform for standard and especially in customized products
  • Higher resistance to particles
  • Smart interfaces and intuitive software platform with LeyAssist

General Product Information

Accessories / Scope of Supply TURBOVAC i pumps come stand-alone - the suitable power supply unit, comms/power cables, and cooling options need to be ordered separately. IND industrial variants come with an equipped water cooling unit and are water cooling only.
Connection Cooling Conexión rápida de manguera flexible de 6x1 mm
Connection vacuum outlet flange DN 40 ISO-KF (NW40)
Connection Vacuum Inlet Flange DN 250 ISO-F
Cooling Method Refrigeración por agua
Dimensión de altura 0.299
Longitud de cota 0.335
Dimensión de anchura 0.335
IP Rating IP40
Supply Frequency Tensión CC
Supply Voltage DC 48V
Peso 25.50
Comentarios de Dimensión The dimensions length, width and height try to describe the outer shape of this particular product in its typical orientation when standing on the ground. We always recommend checking the detailed dimensions given in 2D drawings in the instruction manual or the 3D shapes given in 3D models.
Conexión Brida de Entrada / Salida DN 250 ISO-F | DN 40 ISO-KF (NW40)
ProductCertification CE
UL
CSA
connectionPurgeGasBallastVentConnector 1/8" BSPP (or G 1/8") Female
1/8" BSPP (or G 1/8") Female

Environmental Conditions

Temperatura ambiente de funcionamiento máx. 40.00
Temperatura ambiente de almacenamiento máx. 70.00
Temperature Ambient Operation Min 5.00
Temperatura ambiente de almacenamiento mín. -15.00
Magnetic Field Resistance Max (covering worst direction - come and consult us for more details) 7.000 × 10⁻³ T

Operation Conditions - Limitations

Altitud máxima 4000.00
Flujo de agua de refrigeración mín. 1.667 × 10⁻⁵
Temperatura máx. del agua de refrigeración 35.00
Temperatura mín. del agua de refrigeración 15.00
Flujo de agua de refrigeración máx. 3.000 × 10⁻⁵
Pressure Permissible Cooling Water - Min and Max 4.000 × 10⁵
4.000 × 10⁵
Flow Purge Gas Ballast 0.043

Classification

Dry or Wet Pump Dry
Product Pressure Range High Vacuum: 1·10⁻³ - 1·10⁻⁷ mbar
High / Medium / Rough Vacuum Classification Bomba de alto vacío

Performance Data

Relación de compresión de nitrógeno en aire 1.000 × 10⁸
Relación de compresión de helio 4.000 × 10⁵
Relación de compresión de hidrógeno 20000.00
Power Consumption Max 500.00
Power Total Rated 600.00
Presión final 7.000 × 10⁻⁷
Pumping Speed Air Nitrogen (@50Hz or max @default setting) 1.38
Velocidad de bombeo, argón 1.28
Velocidad de bombeo, helio 1.39
Velocidad de bombeo, hidrógeno 1.21
Tiempo de rampa ascendente 150.00
Velocidad de rotación nominal 700.00
Comentario de rendimiento The compression of a TMP is a value describing how good the design can compress a gas type at special conditions. Compression data is measured only using the CF flange variants. The values are stated for all family members. For some pump classes we are stating different pumping speeds ISO > CF flange as small differences in geometry influence their performance leading to a difference >5%.
If you are looking for and even higher gas throughput for nitrogen and argon please contact us
Gas Throughput Air Nitrogen Max 2.40
Gas Throughput Helium Max 3.00
Rendimiento máx. de gas hidrógeno 3.00
Gas Throughput Argon Max 1.20
Pressure Backing Max 400.00
Relación de compresión de argón 1.000 × 10⁸

Connectivity - Communication Interface

Communication Interface Protocol Protocolo de interfaz serie universal USS
Communication Interfaces Customer RS485 (serial)
REMOTO X1 (E/S PARALELA)
USB
Connection electrical comms interface connector DSUB 9 PINES - Macho
DSUB HD 15 PINES - Hembra (alta densidad)
USB tipo B - Hembra

Variants

Installation De arriba abajo a horizontal (U / INV)
variantTmpPerformanceModel TURBOVAC i IND - Versión industrial - Interfaz 1 (básico)