CEIA PD140E Security Metal Detector: High Sensitivity, Durability, and Ergonomic Design‌

‌CEIA PD140E Security Metal Detector Technical Specifications and Performance Features‌

‌Battery Life‌: Operates continuously for over 100 hours using AA alkaline batteries, with a low battery indicator.
‌Operating Temperature Range‌: -40°C to 70°C, storage temperature of -40°C to 80°C, and relative humidity tolerance of 0–98% (non-condensing).
‌Dimensions and Weight‌: Compact size of 360mm × 80mm × 40mm, lightweight at 390g (including batteries).
‌Material‌: Constructed from gray shock-resistant technopolymer for enhanced durability.

CEIA Metal Detectors, PD140E, PD140N

‌Design and Functional Highlights‌

‌Ergonomic Design‌: Features a unique offset handle to minimize scanning effort and reduce detection time.
‌Fully Digital Architecture‌: Utilizes advanced plastic materials for a sleek, rugged, and modern design.
‌Sensitivity and Detection Capability‌: High-precision detection of unconventional metal objects, compliant with the latest security standards.
‌Alert Modes‌: Combines visual, audible (75dB buzzer), and vibration alarms with three adjustable sensitivity levels.

‌Applications‌

The PD140E CEIA is ideal for high-security environments requiring reliable metal detection, including:

Security checkpoints at airports, train stations, and public venues.
Critical infrastructure such as nuclear facilities and government buildings.
Cultural heritage sites like museums and historical monuments.

‌Availability‌

CEIA PD140E Currently available in stock. For procurement inquiries, suppliers can contact us for the most competitive pricing.

X-PLUS B4 PLUS B4 RTA PAVIA Stepping Motor Drive in Stock

RTA PAVIA Stepping motor drive X-PLUS B4 Introduction

RTA PAVIA Driver, X-PLUS B4, RTA PAVIA Stepping Motor Driver

RTA PAVIA X-PLUS B4 Stepping Motor Driver

► Stepping motor drives series with Step & Direction interface and direct input from the main AC power supply (from 110 VAC to 230 VAC).
► The drive is equipped with an internal rectifier able to transfer more than 330 VDC (230 VAC) to the motor, in order to ensure the maximum power for the application as well as a significant cost saving on transformer and rectifier, together with the related cabling.
► Target: advanced application requiring great dynamic performance, high reliability and semplified power supply.

HIGHLIGHTS

► Microstepping function up to 4.000 step/rev.
► Connection directly to the main AC supply (110 to 230 VAC) normally avoiding the need for a transformer.
► Electronic damping facility for further acoustic noise and mechanic vibrations reduction at low and medium speed.
► External fans not needed: ideal both for mounting inside a metallic electrical cabinet and for stand-alone applications.
► Optoinsulated and differential input and output signals ease interfacing with the most commonly used control systems and ensure high noise immunity.
► Coupling with stepping motors rated for high voltage and equivalent or bigger than NEMA 34 is mandatory.

TECHNICAL SPECIFICATIONS

► Version: drive housed in a metallic box 152 x 129 x 46 mm, equipped with plug-in connectors.
► Range of operating voltages: 110-230 VAC.
► Range of current: 2.4-4 Amp. Easy setting of values by means of dip-switch.
► Microstepping: 400, 500, 800, 1.000, 1.600, 2.000, 3.200 and 4.000 steps/revolution. Setting by means of dip-switch.
► Automatic current reduction at motor standstill.
► Protections:
-Protection against under-voltage and over-voltage.
-Protection against a short-circuit at motor outputs.
-Overtemperature protection with thermal sensor.
► Optoinsulated inputs compatible with differential control signals.
► Possibility to switch off motor current with an external logic signal.
► High efficiency CHOPPER with IGBT final stage output.
► Electronic resonance damping circuit to ensure acoustic noise and mechanic vibrations reduction at low and medium speed.
► Alarm memory by use of yellow blinking led.
► External fans not needed.
► Coupling with stepping motors rated for high voltage and equivalent or bigger than NEMA 34 is mandatory.
► Warranty: 24 months.

RTA PAVIA Stepping Motor Drive X-PLUS B4 Details
( 110 – 230 VAC 2.4 – 4.0 Amp ) with Plug_in connectors

Microprecision Micro Switches: High Protection & Longevity for Demanding Environments

‌Microprecision Micro Switches: Delivering Precision and Reliability for Intelligent Elevator Control Systems‌

Microprecision Switches, MP321SEB01D, MP320, MP321

As a global benchmark in precision control technology, Microprecision Electronics SA provides efficient and robust solutions for the elevator industry through innovative micro switch technology. Our products are trusted by international industry leaders such as Otis, Schindler, and SEW-Eurodrive.

‌Core Value: Precision Control × Long-Term Safety‌

‌1. Millimeter-Level Precision Control‌

Proprietary micro-differential stroke technology (<0.05mm actuation travel) ensures precise detection of brake air gaps, enabling customers to:
✓ Reduce braking noise by over 30%
✓ Decrease braking energy consumption
✓ Optimize electromagnetic brake response speed

‌2. Full-Scenario Environmental Adaptability‌

Wide temperature range design (-40°C to +85°C) for stable operation in extreme conditions
IP67 protection rating: dustproof, waterproof, and vibration-resistant
Extended mechanical lifespan (10+ million cycles) reduces maintenance costs

‌Three Core Application Scenarios‌

‌ Intelligent Elevator Brake Control‌
✓ Hermetic structure prevents dust infiltration
✓ Real-time brake status monitoring to prevent idling risks
✓ Compliant with EN/UL/CSA international certifications

‌ Cabin & Door Limit Protection‌
✓ 8 actuator configurations for flexible adaptation to diverse models
✓ Multiple cable specifications simplify installation
✓ Instant safety signal triggering prevents entrapment accidents

‌ Energy-Saving & Noise Reduction Optimization‌
✓ Micro-differential stroke technology minimizes brake gaps and operational noise
✓ Reduced ineffective friction extends brake lifespan by 30%

New Arrived: VOITH H+L WE02-4L100R24/0H Solenoid Valve

We are excited to announce the arrival of the ‌WE02-4L100R24/0H‌, a state-of-the-art solenoid-operated control valve designed to deliver exceptional precision in demanding industrial applications. Engineered for versatility and performance, this 24V DC-powered valve combines compact design with advanced functionality, making it an ideal solution for systems requiring meticulous flow regulation.

VOITH H+L Solenoid Valve, WE02-4L100R24/0H, WE50-4R1440R24/0H

Key Benefits:‌

‌Compact Design‌: Ideal for installations with limited space.
‌24V DC Operation‌: Energy-efficient and compatible with standard automation systems.
‌Precision Performance‌: Perfect for CNC machinery, industrial hydraulics, and automation requiring meticulous flow adjustment.

‌Applications:‌

CNC machine tools
Hydraulic presses and lifts
Automated production lines
Upgrade your systems with the WE02-4L100R24/0H for enhanced efficiency and accuracy. Contact us to order or learn more!

Common Failures and Troubleshooting Methods for RECO Solenoid Valves

The common failures and troubleshooting methods for RECO solenoid valves (Germany) include the following:

‌1. Coil Short Circuit or Open Circuit‌

Use a multimeter to measure the continuity of the solenoid valve coil. If the resistance approaches zero or infinity, the coil is short-circuited or open-circuited.
If the resistance is normal but the valve still fails to activate, perform a final test: Place a small screwdriver near the coil’s metal rod and power on the valve. If no magnetic force is detected, the coil is damaged and must be replaced.

‌2. Wiring Issues‌

Check for loose or disconnected wiring terminals and tighten them if necessary.
If the valve does not activate, disconnect the wiring and use a multimeter to test for an open circuit in the coil. If confirmed, the coil is burned out and requires replacement.‌

3. Valve Core Failure‌

If the valve shows no response under normal media pressure, the valve core may be damaged.
Inspect for impurities or moisture in the media. If cleaning the media does not resolve the issue, replace the valve core or the entire solenoid valve.

‌4. Sticking Issues‌

The sliding sleeve and valve core have a minimal gap, making them prone to jamming due to debris or insufficient lubrication.
Temporary fix: Insert a thin wire into the valve’s front hole to manually dislodge the core.
Permanent solution: Disassemble the valve, clean the core and sleeve thoroughly, and ensure smooth movement.

‌5. Air Leakage‌

Air leaks reduce pressure, hindering valve operation. Causes include damaged seals or worn sliding components.
Address leaks when the valve is de-energized. Replace sealing gaskets or repair/replace the sliding components as needed.

‌6. Abnormal Noise‌

Noise during operation may stem from foreign objects in the pilot valve or loose nuts.
Solution: Clean the pilot valve and tighten all fasteners.

‌7. Valve Jamming‌

Caused by debris or insufficient lubrication.
Solution: Clean the valve and apply appropriate lubricant.

‌8. Gas Leakage‌

Leaks occur due to damaged seals or worn sliding parts.
Solution: Replace sealing gaskets or repair/replace the sliding components.

‌9. Slow Response‌

Delayed action may result from debris in the valve or pilot valve.
Solution: Clean the affected components.

‌10. Abnormal Flow Rate‌

Caused by partially opened diaphragms or pilot valve issues.
Solution: Clean or replace the pilot valve and ensure the diaphragm moves freely.

This guide provides systematic steps to diagnose and resolve common issues with RECO solenoid valves, ensuring optimal performance and longevity.

‌Maintenance and Servicing of Encoders‌

Proper maintenance and servicing of encoders require adherence to specific methods and precautions. The detailed guidelines are as follows:

‌Servicing Methods‌

‌Cable Issues‌

‌Symptoms‌: Broken wires, short circuits, or poor contact.
‌Procedure‌:
Inspect the cable for visible damage (e.g., cracks, breaks). Replace the cable if damaged.
For loose connectors, re-plug or replace the connector.
Ensure the cable is securely fastened to prevent loose connections or soldering failures.

‌Power Supply Issues‌

‌Symptoms‌: +5V power drops below 4.75V.
‌Procedure‌:
Check the power supply for faults (e.g., damaged power modules). Repair or replace faulty components.
Inspect power transmission cables. Replace cables with excessive resistance to reduce power loss.

‌Battery Issues (Absolute Encoders)‌

‌Symptoms‌: Low battery voltage (often accompanied by alarms) or loss of reference point memory.
‌Procedure‌:
Replace the battery promptly.
Perform a reference point reset if the reference position is lost.

‌Shield Wire Issues‌

‌Symptoms‌: Unstable waveforms or communication errors due to missing or detached shielding.
‌Procedure‌:
Reliably solder and ground the shield wire to ensure effective shielding.

‌Loose Installation‌

‌Symptoms‌: Position control inaccuracies, servo overload alarms.
‌Procedure‌:
Reinstall the encoder securely.
Inspect the mounting bracket for damage and replace if necessary.

‌Optical Grating Contamination‌

‌Symptoms‌: Reduced signal output amplitude.
‌Procedure‌:
Gently clean oil or debris from the grating with lint-free cotton soaked in alcohol. Avoid scratching the grating.

‌Internal Component Failure‌

‌Symptoms‌: Damaged sensors, circuit boards, or other internal parts.
‌Procedure‌:
Only qualified personnel should disassemble the encoder and replace faulty components.
‌Caution‌: Unauthorized disassembly may cause irreversible damage.

‌Maintenance Guidelines‌

‌Regular Cleaning‌

Wipe the encoder housing with a soft cloth or compressed air to remove dust.
For optical components (e.g., gratings), use lint-free cotton and a specialized optical cleaning solution.

‌Inspect Installation and Connections‌

Monthly checks:
Ensure mounting bolts and connectors are secure.
Inspect cable connectors for oxidation or corrosion. Address issues promptly.
‌Avoid Environmental Interference‌

Install encoders away from strong magnetic fields (e.g., motors, transformers, inverters).
Route signal and power cables separately to minimize electromagnetic interference.

‌Prevent Overload and Shock‌

Operate the encoder within specified load and speed limits to avoid mechanical stress.

‌Record Keeping‌

Maintain a maintenance log documenting inspections, cleaning, repairs, and outcomes. This aids in identifying potential issues and streamlining future troubleshooting.
By following these protocols, encoder performance and longevity can be significantly enhanced. For complex failures, always consult professional technicians.

Woodward 401072-90 (M16-1.5) MPU MSC Speed Sensor: A Reliable Solution for Marine Generator Sets

WOODWARD MSC 401072-90 Magnetic Sensors Corporation VR Speed Sensor

1. Genuine Quality Assurance

The Woodward 401072-90 (M16-1.5) MPU MSC speed sensor is a genuine product. Its original quality has been verified and meets the highest standards, ensuring reliability and performance in marine generator set engine applications.

2. Universal Compatibility

Designed for a wide range of marine generator set engines, this product serves as a universal solution for users. It is compatible with both 12v and 24v systems, providing flexibility in different electrical setups.

3. Durable Design

Constructed with high – quality materials, this speed sensor can withstand harsh marine environments. It offers long – lasting performance and requires minimal maintenance, making it a cost – effective choice for marine applications.

4. Easy Installation

The Woodward 401072 – 90 (M16 – 1.5) MPU MSC speed sensor features a compact design that allows for direct installation. This design minimizes downtime for users, enabling quick and hassle – free replacement or initial setup.

5. Comprehensive Support

As an authentic Woodward product, it comes with a comprehensive support system. This includes technical assistance and a warranty, ensuring that users can get timely help whenever they need it.

Basler – A Leading Force in High-Quality Industrial Camera Solutions

Basler, a German-based company, is a renowned manufacturer of high-quality industrial cameras. Its extensive product portfolio encompasses area scan cameras, 3D cameras, cameras for embedded vision systems, and cameras specifically designed for the medical and life sciences fields. Basler supports key industry interfaces such as USB, GigE, and CXP-12, and offers options like monochrome or full-color cameras to meet the exact application requirements of its customers.

Since 1988, Basler has been dedicated to the development and production of high-quality digital cameras for computer vision applications. As a leader in the global industrial camera market, it is committed to providing the best expertise and value.

Basler’s headquarters is located in Ahrensburg, Germany (within the metropolitan area of Hamburg), and it has multiple subsidiaries and offices in Europe, the United States, and Asia. To date, 80% of the products it manufactures are for export.

Basler ace Series Area Scan Cameras: Small in Size, High in Cost-Effectiveness

The new generation of digital cameras can assist customers in completing their work better and more efficiently. With outstanding cost-effectiveness and an ultra-small design (measuring only 29 mm x 29 mm), the Basler ace series cameras have become one of the best-selling industrial cameras globally and have received unanimous recognition from a large number of customers. The Basler ace series offers cameras with various resolutions and frame rates. Customers can easily find models that meet their application needs.

Main Features of the Basler ace Series:

Resolution ranges from VGA to 14 million pixels.
Frame rate up to 750 fps.
Various types of chips are available: CMOS and CCD, including near-infrared enhanced versions.
The physical size is 29 mm x 29 mm, which is the same as that of analog cameras, 1394, and USB 2.0 cameras in terms of size and bottom mounting structure, making it easy to replace.
Single cable solutions: Gigabit Ethernet (GigE) with Power over Ethernet (PoE), Camera Link with Power over Camera Link (PoCL), and USB 3.0.
Flexible I/O settings, ultra-low jitter and latency, enabling more accurate timing of the vision system.
Rich firmware functions.

Basler ace acA640-90gm-EMVA Data

The EMVA1288 standard describes a unified method for measuring, calculating, and presenting the specification parameters of cameras and image sensors used in machine vision applications. It is a method for measuring the most common noise sources and also includes mandatory detailed descriptions of measurement settings, environmental conditions, and test requirements. Basler strongly supports this standard and is leading the work of standardizing the measurement of image quality and sensitivity of machine vision cameras and sensors. All measurements completed by Basler will comply with the “EMVA1288” standard of the European Machine Vision Association. This measurement protocol describes the specifications of the Basler ace acA640-90gm camera. The values of the most important camera specifications are summarized at the beginning of the protocol and provide valuable information:

Basler Industrial Camera, acA640-90um, acA640-120gm, acA640-120gc, acA640-90uc, acA640-90gm, acA640-90gc

Temporal noise parameters
Total quantum efficiency
Reciprocal of the overall system gain
Temporal dark noise
Saturation capacity
Absolute sensitivity threshold
Dynamic range
Maximum signal-to-noise ratio

Reference Models:

Model	Resolution	Chip Type	Frame Rate/Line Rate	Monochrome/Color	Data Interface	Camera Category
acA640-90um	659×494	CCD	90fps	Monochrome	USB3.0	Area Scan Camera
acA640-90gm	659×494	CCD	90fps	Monochrome	GigE	Area Scan Camera
acA640-90uc	659×494	CCD	90fps	Color	USB3.0	Area Scan Camera
acA640-90gc	659×494	CCD	90fps	Color	GigE	Area Scan Camera
acA640-120um	659×494	CCD	120fps	Monochrome	USB3.0	Area Scan Camera
acA640-120gm	659×494	CCD	120fps	Monochrome	GigE	Area Scan Camera
acA640-120uc	659×494	CCD	120fps	Color	USB3.0	Area Scan Camera
acA640-120gc	659×494	CCD	120fps	Color	GigE	Area Scan Camera
acA645-100gm	659×494	CCD	100fps	Monochrome	GigE	Area Scan Camera
acA645-100gc	659×494	CCD	100fps	Color	GigE	Area Scan Camera
acA640-300gm	640×480	CMOS	300fps	Monochrome	GigE	Area Scan Camera
acA640-300gc	640×480	CMOS	300fps	Color	GigE	Area Scan Camera
acA640-800um	640×480	CMOS	800fps	Monochrome	USB3.0	Area Scan Camera
acA640-800uc	640×480	CMOS	800fps	Color	USB3.0	Area Scan Camera

Machine Vision Lenses for Industrial Image Processing

Lenses focus the light reflected by objects onto the camera’s sensor. Along with the camera itself and appropriate lighting, they are crucial for generating high-quality images.

When choosing a lens, it is usually necessary to make a compromise between imaging performance and price. Optimal imaging performance makes it possible to analyze the finest structures and saves processing time for subsequent image analysis software. On the other hand, simple applications may only require average imaging performance, so a more cost-effective lens is a good choice.

The Right Lighting Settings for Your Application

Different lighting settings can meet almost all application requirements.

Lighting plays a vital role in a vision system. The right light, combined with other image processing components such as cameras and lenses, provides the best possible results for your vision system. No other component in the vision system can fully compensate for insufficient lighting. Quality, reliability, long-term availability, and good cost-effectiveness are essential for a vision system. Choose the appropriate light source as early as possible to ensure excellent performance while saving time and money. With Basler’s lighting solutions, this is now especially easy.

A Variety of Frame Grabbers Available

Basler offers industry-proven frame grabbers that can be used in your vision system. They ensure robust and reliable image acquisition from the initial capture to the processing by the host computer.

Installing a vision system is easier than ever: PC cards offer plug-and-play performance, or frame grabbers can be individually programmed according to project-specific requirements. Basler also provides fully compatible vision products for your cost-optimized vision system.

Cables: An Extensive Product Line to Meet Diverse Requirements

Cables play a decisive role in a vision system. They not only handle data transmission and control tasks but also provide power. Data cables must first provide perfect image data, while I/O cables focus on the precise control of the camera or system.

Due to the different natures of the interfaces, the choice of camera directly affects the maximum possible cable length and the amount of data transmitted. Through cooperation with cable manufacturers, Basler helps to advance technological development and further increase the maximum cable length.

In addition to offering a cost-optimized and extensive product portfolio, Basler ensures that its products comply with international standards and avoid electromagnetic compatibility (EMC) and other interferences.

Basler provides a comprehensive cable portfolio for all popular Basler camera interfaces. In addition to suitable I/O cables, customers can also choose from a variety of compatible data cables.

Network and Peripherals: Data Security Even in Multi-Camera Applications

When setting up complex multi-camera applications, it is inevitable to use additional peripherals such as USB 3.0 hubs or Gigabit Ethernet switches. However, it is only possible to design a stable camera system when all network components work together, are perfectly coordinated with each other, and provide the correct performance.

Using products from the consumer industry poses a high risk of failure. That’s why it is crucial to choose industrial-grade products. This is the only way to benefit from the data security required for image and control signal transmission, as well as a stable power supply.

In its product portfolio, Basler not only offers power supplies compatible with all cameras but also network components with USB 3.0 and Gigabit Ethernet interfaces. These components have passed Basler’s qualification process as individual components and have also proven to be reliable in the entire system. Combined with the long-term availability of these products, this meets all the necessary requirements for a secure and stable vision system.

Click to view product information of Basler GigE Camera on the website.

In – depth Analysis of Supermicro X9SCM-F Motherboard Test Configuration

In the process of system testing this year, maintaining a consistent test configuration has been of utmost importance. This article focuses on the test configuration centered around the Supermicro X9SCM-F motherboard, exploring its various components, features, and performance in detail.

X9SCM-iiF, X9SCM-F, X9SCM, SuperMicro, Server Motherboard

CPU and Motherboard Combination

The choice of CPU for the Supermicro X9SCM-F motherboard is crucial. While the Xeon E3-1280 was used in this test, it’s worth noting that the X9SCM-F may be better paired with the Xeon E3-1230. The E3-1230 offers four cores and eight threads at a significantly lower cost than the E3-1280.

Motherboard Specifications

1. Board Layout
The Supermicro X9SCM-F is a micro ATX board with a 9.6″ by 9.6″ square footprint. This relatively small size has implications for component placement and overall system design.

2. Expansion Slots
Compared to the Supermicro X8SIL-F, the X9SCM-F has four physical PCIe x8 slots. Two of these are PCIe 2.0 x8, and the other two are PCIe 2.0 x4. This configuration results in the loss of legacy PCI support but provides a significant increase in PCIe bandwidth.

3. CPU Socket and DIMM Slots
The socket H2 CPU area on the X9SCM-F has good clearance, allowing for either the stock Intel heatsink – fan or a 1U/2U passive cooler. Adjacent to the CPU socket are four DIMM slots that only accept unbuffered RAM (ECC or non-ECC), in contrast to the X8SIL – F which can handle both unbuffered and registered DIMMs.

4. SATA Ports
Utilizing the Intel C204 chipset, the motherboard has two sets of SATA ports. There are two SATA III 6.0gbps ports and four SATA II 3.0gbps ports that are perpendicular to the PCB’s plane. It’s important to note that in Intel Matrix RAID arrays, drives from the SATA III and SATA II ports cannot be mixed. However, with the popularity of software RAID and the relatively low cost of PCIe SAS/SATA controllers for eight ports, this limitation may not be a significant issue for most users.

5. USB Header
The presence of an internal USB header is a valuable server feature. It enables the installation of a USB drive inside the chassis, which is especially useful for storage operating systems like unRAID that require a USB key for licensing purposes.

6. Rear I/O Panel
The rear I/O panel of the X9SCM-F has a standard set of ports. A PS/2 keyboard and mouse port are located next to the IPMI NIC and two USB ports. A VGA out and serial port follow, along with two Intel gigabit NICs. The NIC situation is interesting, with a standard IPMI NIC using a Realtek RTL8201N controller. For data, there are two Intel gigabit NICs, one being the Intel 82574L which is a common standard NIC for servers, and the other an Intel 82579LM that comes off the C204 chipset. Windows 7 and VMware ESXi have different levels of out – of – the – box compatibility with these NICs, with the 82574L being more readily supported initially.

Features of the Motherboard

1. AES – NI Feature
For users interested in leveraging Intel’s Xeon E3 – 1200 series AES – NI acceleration features, it’s important to note that on this board, AES – NI was disabled by default in the BIOS. Proper BIOS configuration is essential during system setup.

2.IPMI and KVM-over-IP
Supermicro’s IPMI and KVM – over – IP offer great deployment flexibility. Fan speeds, chassis intrusion sensors, thermal sensors, etc. can be remotely monitored, and alerts can be set up to notify administrators of issues. The Winbond WPCM450 BMC chip also enables remote power up, power down, and reset of the server in case of unresponsiveness. The test system has functioned without a keyboard, mouse, CD/DVD ROM, or monitor even during multiple BIOS tweaks and operating system/hypervisor installations.

3. Remote Mounting of Images
Another significant feature is the ability to remotely mount CD and floppy images to the machine over the dedicated management Ethernet controller. This keeps maintenance traffic off the primary Intel NICs and eliminates the need for an optical disk connection to the Supermicro motherboard. Combined with the onboard USB 2.0 header, remotely mounting OS installation or recovery images is straightforward.

4. KVM – over – IP Capabilities
The KVM – over – IP features of the Supermicro board are highly valuable. Users can log on to the server using a web browser with Java platform support or through Supermicro’s IPMIview software to gain remote console capabilities with mouse support. This BMC – level access allows for quick troubleshooting of issues such as hung boot processes, frozen servers, and remote management of motherboard and add – in card BIOS. For server – class motherboards, these IPMI 2.0 features, including KVM – over – IP, are essential, especially for users with redundant PSUs where remotely toggling power supply ports can be challenging.

Overall, the Supermicro X9SCM-F is one of the top choices for a Xeon E3 motherboard currently, especially when full ATX boards are too large for an application. While the combination of the Intel 82574L and 82579LM NICs may have some drawbacks in terms of initial compatibility, the X9SCM-F has many advantages. It provides a significant upgrade from the X8SIL-F with its SATA III ports and additional PCIe slots and bandwidth. The various features such as IPMI and KVM – over – IP make it a highly functional and reliable option for server – based systems.

What are the benefits of using Industrial Automation Products?

As we known that an automation system rules the industries today. More and more industries are moving towards this automation process. Even industries that stick to the old production methods tend to use industrial automation systems for their manufacturing processes. Different industrial automation spares parts are used by industries today for their production. Particularly, manufacturing industries have a wide range of such automation products and systems to carry out their production processes. If you want to increase your industry production level, then going with these automation systems is a brilliant decision for you.

Looking for industrial automation products for your company? AutomationVIP is the best one of supplier of you.

RTA PAVIA Stepping Motor Drive X-PLUS B4 Details ( 110 – 230 VAC 2.4 – 4.0 Amp ) with Plug_in connectors