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LEYBELOD PR25 Penning meter

The Leybold PENNINGVAC PR 25 is a high-performance passive cold cathode ionization gauge (also known as a Penning gauge).

It is a classic industry standard for high-vacuum measurements where robustness and durability are required.

1.  Product Description

The PR 25 belongs to the Penning style of vacuum gauges, which measure pressure by ionizing gas molecules through a high-voltage discharge in a magnetic field.

Unlike “active” gauges that have integrated electronics, the PR 25 is a passive sensor, meaning it must be connected via cable to an external controller (like the COMBITRON or DISPLAY series) which provides the power and processes the measurement signal.

Measurement Principle: Cold cathode ionization.

Design: Rugged stainless steel construction with a standardized KF25 flange.

2.  Technical Parameters

ParameterSpecification
Measurement Range$1 \times 10^{-9}$ mbar to $1 \times 10^{-2}$ mbar
Connection FlangeDN 25 ISO-KF
Operating TemperatureUp to +80°C (Standard) / Bakeable versions available
Supply VoltageProvided by external controller (approx. 3 kV during operation)
Materials in VacuumStainless steel, Alumium oxide ceramics, FPM (Viton)
WeightApprox. 0.4 kg
Part Number (Common)15752

3.  Product Advantages & Features

Extreme Durability: Since there is no hot filament to burn out (unlike Hot Cathode gauges), the PR 25 is resistant to sudden air inrushes and high-pressure bursts.

Easy Maintenance: The gauge is designed for periodic cleaning.  The internal anode ring and cathode plates can be removed and cleaned or replaced, extending the life of the sensor.

Compact Design: The small footprint and KF25 flange allow for easy integration into existing vacuum lines.

High Sensitivity: Capable of measuring deep into the high-vacuum range ($10^{-9}$ mbar) with high repeatability.

PR25

4.  Application Cases

High Vacuum Systems: Monitoring vacuum levels in turbomolecular or diffusion pump systems.

Industrial Coating: Used in sputtering and evaporation systems where robustness against process gases is critical.

Particle Accelerators: Providing reliable high-vacuum monitoring in beamlines.

Analytical Instruments: Serving as a safety interlock or measurement gauge for mass spectrometers and electron microscopes.

PR25

5.  Related & Other Models in the Series

The PR 25 is part of a family of passive sensors differentiated primarily by their flange type and bakeability:

PR 26: Equipped with a DN 40 ISO-KF flange.

PR 27: Equipped with a DN 40 CF (ConFlat) flange for ultra-high vacuum (UHV) compatibility.

PR 28: A specialized bakeable version for UHV applications, typically featuring a CF flange.

PTR 225: The “Active” version of this gauge (includes integrated electronics and does not require a separate controller unit).

Compatible Controllers:

COMBITRON CM330 / CM350

LEYBELOD CM330 Vacuum gauge controller

The Leybold (Leybold-Heraeus) COMBITRON CM330 is a classic, high-reliability vacuum gauge controller.

It is a multi-channel “combination” instrument designed to provide continuous pressure monitoring across a wide range, from rough vacuum to high vacuum.

1.  Product Description

The CM330 is an analog-digital vacuum gauge controller typically used in dual or triple-channel configurations.

It is designed to work with “Passive” gauge heads.  Its primary function is to consolidate readings from different types of sensors—usually Pirani (for higher pressures) and Cold Cathode/Discharge (for high vacuum)—into a single interface.

Core Function: Simultaneous measurement and display of multiple vacuum zones.

Design: Rack-mountable or tabletop unit with a distinctive analog needle display or digital segments (depending on version) and manual channel switching.

CM330

2.  Technical Parameters

Measurement Channels: Typically 3 channels (e.g., 2 Pirani + 1 Cold Cathode).

Measurement Range: $10^{-9}$ mbar to $1000$ mbar (depending on connected sensors).

Power Supply: 115V / 230V AC, 50/60 Hz.

Analog Outputs: 0–10V or logarithmic outputs for integration with recorders or PLCs.

Switching Functions: Built-in relay contacts for pressure-dependent control (interlocks).

Compatible Sensors: * THERMOVAC (Pirani): TTR 211. TTR 216 or similar legacy models.

PENNINGVAC (Cold Cathode): PTR 225 or similar.

3.  Product Advantages & Features

Automatic Range Switching: Seamlessly transitions between Pirani and Cold Cathode readings to provide a “full range” measurement without manual intervention.

Robust Legacy Engineering: Built with high-quality German components, these units are known to last decades in harsh industrial environments.

Safety Interlocks: Protects expensive high-vacuum sensors (like Cold Cathodes) by ensuring they only power on once the Pirani gauge confirms the pressure is low enough.

Clear Visuals: Large, easy-to-read display for real-time monitoring of pump-down cycles.

4.  Application Cases

Industrial Coating Systems: Monitoring the transition from roughing to high-vacuum sputtering or evaporation.

Mass Spectrometry: Providing vacuum interlock safety for analytical instruments.

Vacuum Furnaces: Controlling the heating elements and gas backfilling based on precise pressure thresholds.

Semiconductor R&D: Small-scale lab systems requiring reliable, decentralized vacuum monitoring.

5.  Related & Other Models

The COMBITRON family and its successors include:

CM350: An upgraded version with enhanced digital communication or different channel capacities.

COMBIVAC CM Series: The broader category of combination controllers from Leybold-Heraeus.

IT 230 / IT 330: Similar legacy controllers focused on Ionization/Thermovac combinations.

Modern Successors:

GRAPHIX Series (1. 2. 3): The modern touchscreen controllers that have replaced the CM series.

COMBIVAC CM (Modern Version): Redesigned for active sensors with digital interfaces.

LEYBELOD 850-400-G1 Multi-channel vacuum gauge controller

This guide provides the technical breakdown of the Leybold / Inficon 850-400-G1. also known as the PG3 Vacuum Gauge Controller.

This device is a legacy industry standard for measuring and controlling vacuum levels in industrial and laboratory settings.

1.  Product Description

The 850-400-G1 (PG3) is a multi-channel vacuum gauge controller originally developed under the Leybold-Heraeus/Inficon brand.

It is designed to interface with Pirani vacuum gauges (thermal conductivity sensors).

The unit serves as a central hub that provides power to the sensors, processes their analog signals, and displays the pressure readings on an analog or digital scale (depending on the specific faceplate configuration).

It is highly regarded for its reliability in “rough” to “medium” vacuum ranges.

2.  Technical Parameters

Model: 850-400-G1 (PG3 Series)

Measurement Range: Typically $1 \times 10^{-3}$ mbar to $1000$ mbar (depending on the Pirani sensor used).

Input Channels: Supports dual (2) Pirani gauge inputs.

Power Supply: 110V / 120V AC (Standard version).

Output Signal: Analog output for data logging or PLC integration.

Control Interface: Often equipped with adjustable set-points (switching relays) for process control.

Display: Multi-scale indicator for precise pressure monitoring.

3.  Product Advantages & Features

Modular Design: Features plug-in modules (such as Pirani input cards) that allow for easy maintenance or replacement.

Dual Channel Monitoring: Allows the operator to monitor pressure at two different points in a vacuum system simultaneously.

Robust Analog Circuitry: Known for stability in environments with high electromagnetic interference (EMI).

Set-Point Relays: Integrated switching contacts allow the controller to automatically trigger valves or pumps when specific pressure levels are reached.

Ease of Use: Simple calibration potentiometers on the front panel for “Zero” and “Atmosphere” adjustments.

4.  Application Cases

Load Lock Systems: Monitoring the pressure in entry chambers for semiconductor processing.

Vacuum Packaging: Controlling the vacuum levels in food or industrial sealing machines.

Coating Systems: Used as a safety interlock controller to ensure high-vacuum pumps (like turbopumps) only start after the backing pressure is low enough.

Freeze Drying: Monitoring the sublimation process in pharmaceutical or food laboratories.

5.  Related & Other Models

The 850 series includes various controllers optimized for different sensor technologies:

850-610-G2: A Cold Cathode (Penning) vacuum gauge controller for higher vacuum ranges ($10^{-2}$ to $10^{-9}$ mbar).

PG3 Digital: The modernized version of the 850-400-G1 featuring a digital LED/LCD readout.

Inficon VGC Series (VGC012 / VGC401): The modern successors to the legacy PG3 line, offering touchscreen interfaces and fieldbus communication (Profinet/EtherCAT).

Compatible Sensors: Primarily used with TRIVAC pump systems and Thermovac (TM20/TM21) Pirani gauges

LEYBELOD TURBOVAC 361 (C) Suspension turbomolecular pump

Product-Information

TURBOVAC 361 (C) ClassicLine

Turbomolecular Pumps with Mechanical Rotor Suspension without Compound Stage

Cat. No.: 85670

Product-Description

Typical Applications

• Leak detectors

• Mass spectrometers

• Data storage

• Optical coating

• R & D, e.g.

–   UHV systems

–   Particle accelerators• Load locks and transfer chambers

Technical Features

• Compact design

• Operation in any orientation

• Oil-free pump for generating clean high- and ultrahigh-vacuum conditions

Product-Information

TURBOVAC 361 (C) ClassicLine

Turbomolecular Pumps with Mechanical Rotor Suspension without Compound Stage

Cat. No.: 85670

Description Unit Value

Fore vacuum connection DN 25 KF

Cooling Wasserkühlung

Pumping speed N2 according to PNEUROP l/s 345

Pumping speed Ar according to PNEUROP l/s 350

Pumping speed He according to PNEUROP l/s 340

Pumping speed H2 according to PNEUROP l/s 340

Max. gas throughput N2 mbar x l x s-1 3

Max. gas throughput Ar mbar x l x s-1 2.5

Compression ratio N2 1E9

Compression ratio He 6E4

Compression ratio H2 3E3

Ultimate pressure mbar < 1E-10

Max continuous inlet pressure, water cooled mbar 5E-2

Max. fore vacuum pressure for N2 mbar 5E-1

Recommended fore vacuum pump von TRIVAC D 16

B bis TRIVAC D

25 B

Run-up time to 95% min 2

Purge / Vent port DN 10 KF

Cooling water connection (hose nozzles) mm 10

Weight kg 12

Power consumption at ultimate pressure 50 / 60 Hz VA 680 / 48

Product-Information

TURBOVAC 361 (C) ClassicLine

Turbomolecular Pumps with Mechanical Rotor Suspension without Compound Stage

Product-Information

TURBOVAC 361 (C) ClassicLine

Turbomolecular Pumps with Mechanical Rotor Suspension without Compound Stage

Cat. No.: 85670

Product-Information

TURBOVAC 361 (C) ClassicLine

Turbomolecular Pumps with Mechanical Rotor Suspension without Compound Stage

Cat. No.: 85670

Lenze DDLS 200/200.2-50-M12 50125768 Optical data transmission

Series    DDLS 200

Special version    Not influenced by reflective surfaces

Operation of parallel light axes

Working range    200 …  200.000 mm

Light source    LED, Infrared

Transmission frequency    F1

Opening angle    1 °

Supply voltage UB    18 …  30 V, DC

Number of digital switching inputs    1 Piece(s)

Number of digital switching outputs    1 Piece(s)

Type    CANopen, DeviceNet

Transmission speed    10 …  1.000 kBit/s

Transmission speed    125 …  500 kBit/s

Number of connections    3 Piece(s)

Type of connection    Connector

Designation on device    BUS IN

DDLS 200200.1-50-M12

Thread size    M12

Type    Male

No.  of pins    5 -pin

Encoding    A-coded

Type of connection    Connector

Designation on device    BUS OUT

Thread size    M12

DDLS 200200.1-50-M12

Lenze  DDLS 200/200.2-50-M12 50125768   Optical data transmission In stock

Type    Female

No.  of pins    5 -pin

Encoding    A-coded

Type of connection    Connector

Designation on device    PWR

Thread size    M12

Type    Male

No.  of pins    5 -pin

Encoding    A-coded

Dimension (W x H x L)    89.25 mm x 196.5 mm x 111.8 mm

Housing material    Metal

Net weight    1.245 g

Type of display    Bar graph

LED

Ambient temperature, operation    -5 …  50 °C

Ambient temperature, storage    -30 …  70 °C

Degree of protection    IP 65

Approvals    c UL US

Test procedure for EMC in accordance with standard    EN 61000-6-2:2005

EN 61000-6-4:2001

Test procedure for noise in accordance with standard    EN 60068-2-64

Test procedure for oscillation in accordance with standard    EN 60068-2-6

Test procedure for shock in accordance with standard    EN 60068-2-27

EN 60068-2-29

Customers who have purchased this product also inquired about DDLS200/200.1-50-M12 50125767

Lenze EPZ-10203 Hardware expansion board

a high-functionality expansion module specifically designed for the Lenze Global Drive PLC (EPL-10200 series) and compatible 9300/8200 series drives.

1.   Product Description

The EPZ-10203 is a hardware expansion board that plugs directly into a Lenze Drive PLC (such as the EPL-10200).

Its primary purpose is to extend the input/output capabilities of the drive-based control system, allowing it to handle more complex automation tasks without needing a separate, large-scale cabinet PLC.

Role: Decentralized I/O expansion.

Mounting: Plugs into the Drive PLC via two 26-pin headers.

System Integration: Automatically recognized by the Drive PLC Developer Studio (DDS) software upon power-up.

2.   Technical Parameters

ParameterSpecification
Supply Voltage24 V DC (typically sourced from the Drive PLC)
Current ConsumptionMax. 4 A (at maximum load of all outputs)
Digital Inputs8 Inputs (standard 24V logic)
Digital Outputs4 Outputs (24V DC, high-current capacity up to 1 A per output)
Enclosure RatingIP20
Operating Temp0°C to +40°C (up to +55°C with power derating)
Connection TypeMulti-pin header for PLC coupling; screw terminals for field wiring
WeightApprox. 0.75 kg

EPZ-10203

3.   Product Advantages & Features

Plug-and-Play Setup: Once connected, the additional I/O are immediately available for use in the IEC 61131-3 programming environment.

High Output Power: Unlike standard logic outputs, these can drive up to 1 Amp, allowing direct control of smaller solenoids or contactors without interposing relays.

Space Saving: Eliminates the need for external I/O racks by integrating the logic and expansion directly onto the drive.

Real-time Response: Since it is physically coupled to the Drive PLC, there is no communication bus latency (like Profibus/Ethernet) for these local I/O points.

EPZ-10203

4.   Application Cases

Flying Saw / Rotary Cutters: Using the additional digital inputs for high-speed mark detection and the outputs for triggering pneumatic actuators.

Bottle Filling Plants: Coordinating complex cam profiles and valve timing directly at the motor station.

Winding Machines: Managing dancer arm limit switches and brake controls locally.

Machine Upgrades: Adding extra sensors and actuators to an existing Lenze 9300/8200 setup without redesigning the main control panel.

5.   Related & Other Models in the Series

The EPZ-10203 is part of a modular family of expansion boards:

EPL-10200-XX: The host Drive PLC module required to run the EPZ board.

EPZ-10201 (Extension Board 1): A standard I/O extension with different input/output counts.

EPZ-10202 (Extension Board 2): Typically features specialized analog or high-speed counter functions.

EMZ-9374IB: Terminal extension for the system bus (CAN).

EMF-2173IB: PC system bus converter (used for connecting a PC to the Drive PLC for programming).

Lenze EPL10200 High-function drive PLC unit

a high-functionality Drive PLC unit commonly used in the Lenze Global Drive 8200 vector and 9300 servo systems.

1.  Product Description

The EPL-10200-XX (often referred to as the Drive PLC) is a compact, decentralized control unit that combines the features of a high-performance PLC with direct drive-bus integration.

It allows for complex logic and motion control to be executed locally at the drive level, reducing the load on a central PLC and minimizing communication latency.

Core Function: Decentralized automation and coordinated motion control.

Design: Compact, panel-mounted module designed to snap into drive expansion slots or act as a standalone coordinating unit.

2.  Technical Parameters

The “XX” suffix indicates the hardware version or firmware revision (e.g., V6.5. V8.2).

ParameterSpecification
Supply Voltage18 – 30 V DC (Typical 24 V DC)
Current Consumption~200 mA (at 24 V, without external loads)
Processor SpeedBit operation approx. 1.0 µs
Program Memory~191 kB (ROM)
Data Memory~25 kB (RAM)
Digital I/O8 Digital Inputs / 4 Digital Outputs (1 A max)
Analog I/O3 Analog Inputs (±10 V) / 1 Analog Output (±10 V / ±20 mA)
CommunicationIntegrated System Bus (CAN), support for Profibus/DeviceNet modules
ProgrammingIEC 61131-3 (LD, FBD, ST, SFC, IL) via Drive PLC Developer Studio

EPL10200

3.  Key Advantages & Features

Drive-Integrated Logic: Executes motion-specific logic (like winding, positioning, or synchronizing) directly, ensuring real-time response.

Reduced Wiring: By using the integrated system bus (CAN), it reduces the need for extensive control cabling between the PLC and multiple inverters.

Versatile I/O: Equipped with both digital and analog interfaces, allowing it to process sensor signals locally.

Modular Expansion: Can be expanded with EPZ-10xxx extension boards for additional high-speed counters or extra I/O.

High Precision: Offers rapid response times (under 1 ms in certain configurations) for critical industrial processes.

EPL10200

4.  Application Cases

Winding/Unwinding Systems: Precise dancer control and tension regulation in textile or paper processing.

Packaging Machinery: Coordinating multi-axis synchronization and electronic cam profiling.

Material Handling: Managing complex sorting logic and conveyor speeds in automated warehouses.

Labeling Machines: Utilizing high-speed interrupt inputs for precise product detection and label placement.

5.  Related Models & Series

The EPL-10200 is part of the Global Drive PLC family.  Depending on your needs, you might encounter these related components:

Extension Boards:

EPZ-10201: Standard I/O extension.

EPZ-10203: High-speed counter and specialized technology module.

Alternative PLC Modules:

EPL-10201-XX: A similar variant often found in specific regional or hardware configurations.

Compatible Inverters:

8200 Vector Series: Standard frequency inverters.

9300 Servo Series: High-end motion control drives.

Software:

GDC (Global Drive Control): For parameter setting.

Drive PLC Developer Studio: For IEC 61131-3 logic programming

Lenze EPL-10200-XX Industrial displays/panels

which is part of the v800 industrial monitor and panel portfolio.

1.   Product Description

The EPL-10200-XX is a high-performance industrial monitor designed for sophisticated machine visualization.   It serves as the primary human-machine interface (HMI) for demanding industrial environments.   These panels are typically used as “Passive Terminals” (Monitors) or “Panel PCs” depending on the internal configuration, offering a bridge between the control cabinet and the operator.

The series is characterized by its rugged construction, modern widescreen design, and seamless integration with Lenze’s automation platform.

2.   Technical Parameters

While the “XX” suffix denotes specific display sizes or hardware revisions, the core specifications for the 10200 series include:

ParameterSpecification
Display TypeLED-Backlit TFT Color LCD
Screen Ratios16:9 Widescreen (Typically)
Resolutions1366 x 768 (HD) up to 1920 x 1080 (Full HD)
Touch TechnologyProjective Capacitive (Multitouch) or Resistive
Input Voltage24 V DC (18 – 30 V range)
Housing MaterialDie-cast Aluminum or Stainless Steel front
Protection ClassIP65 (Front) / IP20 (Rear)
Operating Temp0°C to +50°C

3.   Product Advantages & Key Features

High Durability: The fanless design and lack of moving parts ensure high MTBF (Mean Time Between Failures), even in high-vibration environments.

Optimal Readability: High-contrast displays with wide viewing angles allow operators to monitor machine status clearly from various positions.

Multi-Touch Functionality: Supports modern gesture control (pinch-to-zoom, swiping), which reduces operating errors and improves efficiency.

Hygiene Options: Available in variants with easy-to-clean surfaces, making them suitable for the food and beverage or pharmaceutical industries.

Maintenance-Free: No batteries or fans required, significantly reducing long-term TCO (Total Cost of Ownership).

4.   Application Cases

Packaging Line Controllers: Centralized visualization for complex multi-axis motion control systems where high-resolution data charting is required.

Automotive Assembly: Used as high-end worker information terminals that display real-time 3D assembly instructions.

Food Processing: Integrated into stainless steel control consoles for mixing and batching systems where wash-down protection is necessary.

Energy Management: Monitoring and control for large-scale industrial heating or cooling plants.

5.   Related Models & Other Series

The “EPL” nomenclature belongs to a broader family of Lenze visualization hardware.

Associated Models (By Size)

EPL-10200-13: 13.3-inch display variant.

EPL-10200-15: 15.6-inch display variant.

EPL-10200-18: 18.5-inch display variant.

EPL-10200-21: 21.5-inch display variant.

Other Models in the Series

v800-P (Panel PC): Looks identical to the EPL monitor but includes an integrated processor, RAM, and SSD to run the OS (Windows/Linux) locally.

v800-C (Monitor): Pure display units that receive signals via digital links (DVI/DisplayPort/Extender).

p300/p500 Series: Integrated PLC and HMI units for simpler, more compact machine control tasks.

Lenze E84AVSCE1534VX0 The StateLine version in the 8400 series

Technical Parameters

This model belongs to the StateLine version of the Lenz 8400 series and is specifically designed for applications with communication needs and high functional requirements.

Parameter items: Specification details

Rated power: 15 kW

Rated output current: 32.0A (when 400V input)

Input voltage: 3-phase AC 400V/500V (320V – 550V)

Output frequency: 0-599 Hz

Overload capacity: 150% of rated current (for 60 seconds); 200% (lasting for 3 seconds

Enclosure protection grade: IP20

Communication interface: Built-in CANopen interface; Supports optional slot expansion (such as PROFINET, EtherCAT)

Safety function: Supports STO (Safe Torque Off) safety torque cut-off

2. Related Models

According to different power requirements or functional expansions, the following are the relevant models of the same series:

Same power level

E84AVSCE1534SX0: Standard version (may have minor differences from VX0 in terms of security features or interfaces).

Different power levels (StateLine series) :

E84AVSCE1134VX0:11 kW version.

E84AVSCE1834VX0:18.5kW version.

Different functional levels in the same series

BaseLine Series: Suitable for basic conveying tasks (with fewer functions).

HighLine Series: Supports servo features and positioning tasks.

E84AVSCE1534VX0

3. Main Features

Integrated safety technology: Built-in STO safety function in compliance with EN ISO 13849-1 standard enables safe shutdown without the need for external contactors, reducing system costs.

Modular design: The communication module (MCI) and memory module are pluggable, facilitating maintenance and rapid parameter copying.

Outstanding control performance: Supports V/f control (linear or square variance) and SLVC (sensorless vector control), maintaining high torque even under heavy loads.

Energy-saving mode: Built-in “VFC-eco” energy-saving mode, which can significantly reduce energy consumption under partial load operation.

Brake chopper: Built-in integrated brake chopper (external brake resistor required), suitable for rapid deceleration applications.

E84AVSCE1534VX0

4. Application Cases

Material conveying system

Due to its support for CANopen bus and vector control, it is widely used in long-distance belt conveyors and pallet packaging machines, ensuring smooth start and stop as well as multi-unit linkage.

Fan and pump loads

By leveraging its VFC-eco energy-saving algorithm, an extremely high energy efficiency ratio can be achieved in water treatment or central air conditioning circulation pump systems.

Automatic storage (stacker crane)

Utilizing StateLine’s relatively fast response time and STO security features, it is used for the horizontal and vertical movement control of the shelf system.

Stirring and processing equipment

The 15kW power is highly suitable for variable frequency speed regulation of industrial mixers and extruders, providing stable low-speed torque.

Lenze EVF8212-E Variable Frequency Drive

Lenze EVF8212-E Variable Frequency Drive

Brand:Lenze

Model:EVF8212-E

Power Rating:0.75KW

Voltage Range:230VAC

Frequency Range:0-50Hz

Protection Rating:IP20

Weight:4.5kg

Dimensions:210mm x 135mm x 120mm

Operating Temperature:-10°C to 40°C

EVF8212-E

The Lenze EVF8212-E Variable Frequency Drive is meticulously engineered for robust performance and durability, ensuring long-term reliability in demanding industrial environments.

This VFD is designed to optimize motor efficiency, reduce energy consumption, and enhance overall system performance.

Its advanced control algorithms provide precise speed and torque regulation, catering to a wide range of application needs from conveyors to pumps and fans.

Built with high-quality materials and innovative design features, the Lenze EVF8212-E delivers superior performance and ease of installation.

The compact form factor ensures minimal space requirements, making it suitable for both new installations and retrofitting projects.

EVF8212-E

With its user-friendly interface and comprehensive diagnostic capabilities, this VFD simplifies commissioning and maintenance processes, saving time and effort.

Safety and reliability are paramount, and the Lenze EVF8212-E incorporates multiple protective functions, including overload protection, short circuit protection, and thermal protection, ensuring safe operation under all conditions.

The drive’s wide voltage range and temperature tolerance make it adaptable to different environmental conditions, providing consistent performance.

In conclusion, the Lenze EVF8212-E Variable Frequency Drive is a top choice for industries seeking a reliable, efficient, and easy-to-use solution for motor control.

Its versatile performance and advanced features make it an invaluable asset in modern industrial automation systems.

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