DELIVERY PERIOD : 1-2 WEEKS Product Attribute Attribute Value Select Attribute Manufacturer: Omron Product Category: Computer Cables RoHS:  Details Brand: Omron Automation and Safety Product Type: Computer Cables Factory Pack Quantity: 1 Subcategory: Cable Assemblies Part # Aliases: FZVP5M

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DELIVERY PERIOD : 1-2 WEEKS AI identifies good products as well as experienced inspectors Sensory inspection requires a certain tolerance for variations that don't pass a certain threshold.Determining what variations are acceptable is a key capability of expert inspectors and poses a challenge for automated inspection systems. The FH Series can determine acceptable variation tolerances. [AI Fine Matching] Omron's AI Fine Matching tool learns from the image data of non-defective products to quickly acquire the "expertise" that inspectors develop over the course of many years. This reduces costs and boosts productivity through automation. Target inspection level: Reduce overdetection AI Fine Matching AI reduces overdetection AI Fine Matching identifies a future that is not included in good products as a defect.AI learns images of good products with variations, and generates an AI model.Every time an inspection is carried out, AI reconstructs a model that is presumed to be a good product.AI extracts a difference between the reconstructed good product image and a captured image to identify a defect, reducing overdetection. AI makes it easy to avoid overdetection [PATENT PENDING]*1 Three quick steps on the settings screen guide the user through the process of creating the good product model with the minimum number of images.   *1. “Patent pending” means that we applied for a patent in Japan, and “Patented” means that we obtained a patent in      Japan. (as of May 2022)   AI captures defects with human-like sensitivity Defect detection tasks that rely on human sensibility are a challenge to automate. Fortunately, powerful new AI technology can match the skills and capabilities of experienced inspectors. Automating human vision-based inspection with the FH Series [AI Scratch Detect Filter]*1 The latest capabilities of the FH Vision System include a new AI-based image filter that reproduces the technique that skilled inspectors use to identify a defect on any product background. Scratches and blemishes that were once difficult to capture can now be identified even without the use of samples or adjustment. *1. The FH-UMAI1 Scratch Detect AI Software Installer is required to use AI Scratch Detect Filter. AI Scratch Detect Filter AI reproduces human expertise through learned criteria The AI Scratch Defect Filter learns by means of images in which human inspectors noticed defects.Whereas previous inspection methods found the unexpected size, shape or color of a particular defect to be a barrier to automation, AI successfully extracts abnormalities by judging their features without definition. The learned data facilitates defect detection on processed surfaces and other uneven backgrounds that previously posed an insurmountable challenge. Solutions using AI Watch use case video.https://www.fa.omron.co.jp/fh_ai_e AI identifies good products as well as experienced inspectors [Issue] ・Uneven colors and dimensional variations within tolerance・Difficult to identify defects due to complex shapes・Time-consuming inspection area setting and parameter adjustment for different shapes of many objects [AI Fine Matching] ・Reliable detection by learning variations in colors and dimensions of good products・Identification of defects in complex-shaped parts・Quick setting for many objects with different shapes by simply enclosing inspection areas Print inspection for product labels Variations in darkness, thickness, and positions of printed characters are acceptable, and only defects such as chipped characters are detected.The inspection area is set to the entire label. Chip and contamination inspection for electronic parts Minor dimensional differences are permitted, and only defects are detected in complex-shaped parts.The inspection area is set to the entire part surface. Contamination and shape inspection for resin molded parts Efficient learning of many objects with different shapes enables quick setting of conditions for extracting only defects from complex shapes.The inspection area is set according to the shape of the molded part. AI captures defects with human-like sensitivity [Issue] ・Filters and parameters are combined and adjusted to detect low-contrast defects.・Low-contrast defects cannot be detected. [AI Scratch Detect Filter] ・Regardless of material type, color, or size, defects can be extracted reliably without previously required definition and adjustment. No special environment is required With the FH Series, there's no need for high-end hardware or specialized engineers who can configure the system to suit your needs. Our general-purpose vision system makes it easier than ever to introduce AI into production sites. Vision controller with AI functionality Artificial intelligence has traditionally required a high-end environment, but our lightweight creative solution comes in the form of user-friendly processing items that have been integrated into our popular FH Series hardware. No special hardware for AI required It used to be difficult to introduce AI technology to many inspection processes because of its hardware requirements.The FH Series does not require special hardware, facilitating the introduction of this technology. The FH Series does not require special hardware, facilitating introduction. No AI engineer required In order to reliably use AI technology in processes, the engineer used to have not only image processing skills but also programming and maintenance skills. With the FH Series, however, you can use AI technology just like operating a standard vision sensor. No dedicated AI engineer is required. *1. The FH-555[] Controller is compared with the FH-3050 Controller. High-resolution cameras We offer a range of cameras that can capture high-resolution images suitable for sensory inspection at high speeds. Ultra-high-speed sensing technology in a compact design There was a trade-off between high-resolution image capture like the human eye and inspection processing speed. We use new CMOS image elements and dual transfer technology to capture high-resolution images while transferring images at high speeds. This facilitates applications that previously required multiple cameras or a mechanism to move a camera. MDMC light with flexible lighting patterns This light can be adjusted to defects by combining the illumination colors and angles like humans do.Even if new objects or inspection items are added after installation, there is no need to add or change the light—just change the illumination pattern.The illumination patterns can be registered as settings, facilitating duplicating production lines. Software for flexible automation Flexible image capture Multi-Trigger Imaging captures long objects at high speeds The Multi-Trigger Imaging function can capture images and process them in parallel, leveraging the speed of the multi-core processor to capture long objects at high speeds. Camera Image Input HDR optimizes contrast Camera Image Input HDR helps create optimized HDR images under variable ambient conditions. Once you specify the optimum area to capture on the image, the FH Series automatically adjusts the shutter speed while capturing images and combining the images. Adjusts brightness to suit your specified area Detects low-contrast defects in high-contrast mode Parallel processing for different inspections Multi-Line Random-Trigger inspects at up to four different timings A single controller can perform inspections at different points at different timings.Controllers installed for each process can be integrated into one, reducing initial costs and saving space. Packaging process of pharmaceuticals Contamination inspection of beverage containers A single controller that can control each line saves initial costs and space. Appearance inspection of rechargeable battery cells Four cameras can be connected to one controller, enabling simultaneous inspection of dents and scratches from four directions. High-speed, high-precision positioning Shape Search III is robust against shape variations High-precision and robust positioning is possible even under the adverse conditions, such as changes in environments and materials. *1. The value measured under our specified conditions is provided for reference. A 20.4 Mpix camera can search a positioning mark in as fast as 12 ms *2, and a 5 Mpix camera, widely used for alignment applications, in as fast as 2 ms. *2. The value measured under our specified conditions is provided for reference. 20.4 Mpix camera. Circular Scan Edge Position accurately estimates the center and radius of a circle The new algorithm accurately detects a whole circle from a part of the circle. Scan Edge Position removes noise to detect edges This algorithm accurately estimates lines even when the edges are unclear due to variations in objects or disturbance. Stage Data calculates for various stages The popular single axis + θ axis stages as well as UVW stages can be used. The use of the same axis for both handling and positioning simplifies machine configuration. Robot Setting Tool simplifies connecting robots Communication programs to connect robots from various vendors and FH flowcharts required for robot applications are provided free of charge. You can quickly set up robot vision applications. Unique identification and quality control Unique ID associated with inspection image and result The FH Series can associate a unique ID with the inspection image and result, and then output them to the host device.You can immediately find required inspection images and quickly identify causes of fails. High-speed image storage The amount of inspection image data required for defect cause analysis can be so large that conventional controllers are unable to store it given their storage time and capacity constraints.The high-speed, large-capacity controller has USB 3.0 ports and the improved algorithm to compress image data at high speeds, enabling all images to be stored to meet increasing needs in quality control.The times in the following figure provided for reference only and their accuracy cannot be guaranteed. They are measured under the following conditions:• FH-5[]5[] Controller• 5 Mpix monochrome images• Size of converted JPEG file: 0.6 MB 2D Code II provides powerful code reading The FH Series incorporates a dedicated algorithm for reliable and fast 2D code reading even under variable ambient brightness or adverse conditions such as after processing or washing. OCR reliably reads difficult-to-read characters OCR can reliably read characters printed too close to each other or on curved surfaces. Also plus signs can be read. Character Inspection reads special fonts Character Inspection recognizes special fonts and non-alphanumeric characters based on pattern search using the dictionary set up by the user. Design interface for quick setup Integrated development environment Sysmac Studio Sysmac Studio is a unique environment that integrates logic, motion and drives, robotics, safety, visualization, and information technologies in a single project, thus reducing the learning curve and the intra-operative software costs. EtherCAT® for high-speed data transfer to control various devices You can use EtherCAT® to connect NJ/NX Machine Automation Controllers and 1S/G5 AC Servo System to increase the control speed of everyday communications protocols from position detection to starting axis motion. Total Design Management Editor simplifies complex processing design This design interface includes pre-installed screens for all phases, from design through to setting and operation.Just select processing items and determine the order to manage variables. Time-consuming calculations and inputs are no longer required. Easy setting All the common settings of multiple scenes can be made at once. Simplified inspection flowcharts reduce setting errors and prevent from forgetting to change settings. Efficient setting To inspect aligned parts, the FH Series can repeat the same measurements while shifting the measurement region within the same image. This reduces setting times. Customizable user interface simplifies operations at production sites Showing only necessary screens for production makes the interface easier to use. Screen layout can be customized just by selecting and placing objects, without programming.

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DELIVERY PERIOD : 1-2 WEEKS Easy design Equipped with exceptional sensing range*1 to enable collision-free sensor installation Enables designs with more distance between the sensor and the sensing object, thereby reducing unexpected facility stoppages due to collision and false detection, which occurred with previous proximity sensors.*1. Based on August 2022 OMRON investigation. Allows for more spacious design with less risk of contact With previous models, to avoid false detections, you were forced to adopt sensor installation designs that risked contact. The E2E NEXT PREMIUM Proximity Sensor can detect accurately from a greater distance, which means you can adopt designs with more space and less risk of contact. Less false detection even when a stationary gets away from the sensor due to equipment vibration PROX3 hybrid circuitry with Thermal Distance Control 2 eliminates ambient temperature influence to enable extended sensing ranges. Proximity sensors with longer sensing distance require increased sensitivity. However, with the increased sensitivity, temperature changes will have bigger influence in sensing distance, and differences between individual sensors will be bigger. E2E NEXT Proximity Sensors (3-wire models) solve these issues by newly implementing Thermal Distance Control 2, a technology to enable extended sensing ranges. It enables in-line measurements of each sensor’s temperature characteristics, using multiple temperature points, in IoT-enabled production processes. The optimal correction values are then calculated based on our unique algorithm. The values are written into the analog digital hybrid IC (PROX3) for shipping to minimize differences between sensors and the influence of temperature changes that may occur in the customer’s environments.   *2. “Patent Pending” means that we applied for a patent in Japan, and “Patented” means that we obtained a patent in      Japan. (As of September 2022)   Standardized design [PREMIUM Model] Exceptional sensing range*1 allows you to standardize your design with a single one-size model Ensures equivalent sensing distance while being one size smaller than previous models. Equipment and facilities formerly designed to use sensors of multiple sizes can now be designed to use sensors that are all the same size, allowing you to standardize your designs. Easy to install, even where space is limited E2E NEXT PREMIUM Model Proximity Sensors ensure equivalent sensing distance while being one size smaller than previous models, allowing you to install them in spaces where conventional sensors were too big to fit. Note: When installing proximity sensors, make sure to factor the influence of surrounding metal into your designs.(Refer to Influence of Surrounding Metal upon Design on Catalog for details.) One size smaller than previous models Size comparisons between models with equivalent sensing distance (“E2E NEXT” refers to quadruple distance models) Unifying the model types to reduce the number of parts kept in inventory. New standards for usability Early error detection [PREMIUM Model] [BASIC Model] Enables facility designs that allow for early discovery of the site and substance of failure Less time required from failure to recovery (MTTR: Mean Time To Recovery). Enables real-time identification of the site and substance of sensor failure from a single location By using the IO-Link Master to connect proximity sensors to your controller, you can use your monitor (HMI) for early discovery of the site and substance of proximity sensor failures. Enables predictive maintenance through condition monitoring Connecting sensors with controllers using IO-Link Master enables to send information necessary for stable operation to host devices. This enables condition monitoring and failure detection of sensors, which in turn contribute to predictive maintenance of equipment and facilities. You can also increase the productivity of your facility by accumulating information in databases and feeding analysis results back to equipment on the site. New standards for usability Quick recovery [PREMIUM Model] [BASIC Model] * Applies only to the description of the high-brightness LED indicator. Enables facility designs that allow for quick recovery in case of failure Less time required from failure to recovery (MTTR: Mean Time To Recovery). All around visible high-brightness LED indicator Adopts high-brightness LED that is more luminous and visible than those in previous models. The indicator is visible from all angles, reducing the time required for operation checks after sensor replacement. Replacements in as little as 10 seconds*1 using e-jig Using e-jig eliminates the need for adjustment so that anyone can install in the same position. Easily upgrade existing facilities to enable “10-second* proximity sensor replacements” The HIGH SPEC Model’s sensing distance is approximately twice that of previous models. For example, the sensing distance of the quadruple distance model of M12 sized is 9 mm, which is about the same as conventional M18 models. Using these sensors together with the e-jig allows you to easily upgrade your existing facilities so that you can replace their sensors in just 10 seconds.*1 New standards for usability Less unexpected facility stoppages [PREMIUM Model] [BASIC Model] Excellent environmental resistance enables robust facility design Reduces sudden facility stoppages by reducing the number of failures, even in severe environments. Cables with enhanced oil resistance shut out cutting oil for 2 years*1 Our new PVC compound protects against damage caused by swelling, deterioration or cracking, preventing oil from seeping into and destroying internal circuits. Designed to resist oil ingress for up to two years. Two years*1 of stable operation verified by OMRON’s unique evaluation technology Please click image to enlarge (open in a new window). Two years*1 of stable operation verified for pre-wired connector models as well, using similar oil resistance tests • Delivers 2-year oil resistance*1 by adopting technologies unique to OMRON and PVC cables with enhanced oil resistance. [PATENTED]*2• Smartclick connector cables block the ingress of cutting oil, and with the same torque, no matter who connects them. For machining processes where the amount of splashing cutting oil is large, oil-resistant Proximity Sensors E2ER/E2ERZ   *1. • Applicable oil types: specified in JIS K 2241:2000        “2-year oil resistance” refers to median values (=Typical values) of the product designs and the oil-resistance        performance evaluation results.        Products to be shipped will have around 2 years of oil resistance; actual oil resistance will vary depending on the        product.      • The pre-wired connector model has a verified oil resistance of 2 years when mated with XS5 NEXT series round oil-         resistant connectors.         This value has not been verified for connector models(M1/M3/M5).*2. “Patent Pending” means that we applied for a patent in Japan, and “Patented” means that we obtained a patent in      Japan. (As of September 2022)   IP69K compliant for water resistance and wash resistance IEC 60529 compliant. Ensures water resistance during hot pressure washing, where equipment is washed intensively with high-pressure water or steam. (8,000 to 10,000 kPa pressure, 80°C hot water, 30 seconds for each angle)

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DELIVERY PERIOD : 1-2 WEEKS Main Network EtherNet/IP   • Monitors safety systems via EtherNet/IP. • Equipped with master functions of CIP Safety on DeviceNet. • Does not require external devices for connecting Safety Network Controller and EtherNet/IP. • Increased maintainability in combination with OMRON's EtherNet/IP compatible PLC. • ISO13849-1 (PLe) and IEC 61508 SIL3 certification.   Certified Standards   Certification body Standards TÜV Rheinland EN ISO 13849-1EN ISO 13849-2IEC 61508EN 62061EN 61131-2IEC 61326-3-1 UL UL508ISA12.12.01UL1998IEC 61508-3   Specifications   Model NE1A-SCPU01-EIP NE1A-SCPU02-EIP DeviceNet communications power supply voltage 11 to 25 VDC (Supplied via communications connector.) Unit power supply voltage (V0) *1 20.4 to 26.4 VDC (24 VDC -15%/+10%) I/O power supply voltage (V1, V2) *1 Current consumption Communications power supply 24 VDC, 15 mA Internal circuit power supply 24 VDC, 280 mA 24 VDC, 330 mA I/O power supply *2 24 VDC, 40 mA (Input)120 mA (Output) 24 VDC, 80 mA (Input)150 mA (Output) Overvoltage category II Noise immunity Conforms to IEC61131-2. Vibration resistance 10 to 57 Hz: 0.35 mm, 57 to 150 Hz: m/s2 Shock resistance 150 m/s2: 11 ms Mounting method DIN track mounting (IEC60715 TH35-7.5/TH35-15) Ambient operating temperature -10 to 55°C Ambient operating humidity 10% to 95% (with no condensation) Ambient storage temperature -40 to 70°C Degree of protection IP20 Serial interface USB version 1.1 Weight 570 g max. 800 g max.     *1. V0-G0: Internal control circuit       V1-G1 (G): For external input device, test output       V2-G2 (G): For external output device*2. Not including power consumption for external devices.   Safety Input Specifications   Input type Sinking inputs (PNP) ON voltage 11 VDC min. between each terminal and ground OFF voltage 5 VDC min. between each terminal and ground OFF current 1 mA max. Input current 4.5 mA   Safety Output Specifications   Output type Sourcing outputs (PNP) Rated output current 0.5 A max./output ON residual voltage 1.2 V max. between each output terminal and V2 Leakage current 0.1 mA max.   Test Output Specifications   Output type Sourcing outputs (PNP) Rated output current 0.7 A max./output * ON residual voltage 1.2 V max. between each output terminal and V1 Leakage current 0.1 mA max.     * The maximum current for simultaneously ON outputs is 1.4 A.     (T0 to T3: NE1A-SCPU01 (-V1) (-EIP), T0 to T7: NE1A-SCPU02) (-EIP)     A 15 to 400-mA, 24-VDC external indicator can be connected to T3: NE1A-SCPU01 (-V1) (-EIP), T3, and T7: NE1A-     SCPU02 (-EIP).   Ethernet/IP Communications Specifications   Media access method CSMA/CD Modulation method Baseband Transmission path type Star Transmission speed 10 Mbps (10BASE-T)100 Mbps (100BASE-T) Transmission media Shielded twisted pair cable (STP): Category 5, 5e Transmission distance 100 m (distance between hub and node) No. of cascade-connectable Units No limit when a switching hub is used.   DeviceNet Communications Specifications   Communications protocol DeviceNet compliant Connection form Multi-drop system and T-branch system can be combined (for trunk line and branch lines) Communications speed 500/250/125 kbps Communications media Special cable, 5 conductors (2 for communications, 2 for power supply, 1 for shielding) Communications distance Communicationsspeed Max. network length Branchlength Total branch length 500 kbps 100 m max. (100 m max.) 6 m max. 39 m max. 250 kbps 250 m max. (100 m max.) 78 m max. 125 kbps 500 m max. (100 m max.) 156 m max. Note: Figures in parentheses ( ) indicate values when a thin cable is used. Communications powersupply 11 to 25 VDC No. of connectable nodes 63 Safety I/Ocommunications Unitversion1.0 Safety Master functionMax. no. of connections: 32Max. data size: Input 16 bytes or output 16 bytes (per connection)Connection type: Single-cast, Multi-castSafety Slave functionMax. no. of connections: 4Max. data size: Input 16 bytes or output 16 bytes (per connection)Connection type: Single-cast, Multi-cast Standard I/Ocommunications Standard Slave functionMax. no. of connections: 2Max. data size: Input 16 bytes or output 16 bytes (per connection)Connection type: Poll, Bit-strobe, COS, Cyclic Message communications Max. message length: 502 bytes  

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DELIVERY PERIOD : 1-2 WEEKS Type Description Select All Category Sensors Transducers Optical Sensors Photointerruptors-- Slot type- logic Output Manufacturer Omron Automation and Safety Series EE-SX671  Packaging Bulk Part Status Active Sensing Distance 0.197" (5mm) Sensing Method Through-Beam Output Configuration NPN - Dark-ON/Light-ON - Selectable Mounting Type Chassis Mount Current - Supply 35 mA Voltage - Supply 5V ~ 24V Response Time - Operating Temperature -25°C ~ 55°C Package / Case Module, Slotted Base Product Number EE-SX671 

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DELIVERY PERIOD : 1-2 WEEKS Description Product Attribute Similar Manufacturer Omron Product Category Relay Sockets & Hardware  Packaging Each Product Type Relay Sockets & Hardware Subcategory Relays Find Similar

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DELIVERY PERIOD : 1-2 WEEKS Product Attribute Attribute Value Select Attribute Manufacturer: Omron Product Category: Sensor Fixings & Accessories Brand: Omron Automation and Safety Product Type: Sensor Hardware Factory Pack Quantity: 1 Subcategory: Sensors Part # Aliases: EE1017R1M

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DELIVERY PERIOD : 1-2 WEEKS Product Attribute Attribute Value Select Attribute Manufacturer: Omron Product Category: Proximity Sensors RoHS:  Details REACH - SVHC: Details Sensing Method: Inductive Sensing Distance: 2 mm Mounting Style: Panel Output Configuration: NPN-NC Brand: Omron Automation and Safety Height: 15 mm Length: 37 mm Maximum Operating Temperature: + 70 C Minimum Operating Temperature: - 25 C Operating Supply Voltage: 30 V Product Type: Proximity Sensors Series: E2E Factory Pack Quantity: 1 Subcategory: Sensors Width: 15 mm Part # Aliases: E2EX2D2NQ E2EX2D2N Unit Weight: 215.460 g

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DELIVERY PERIOD : 1-2 WEEKS Physical Case/PackageModule ColorBlack MountDIN Rail Technical Data PolarityDC Forward Current15 mA Input Current15 mA Isolation Voltage4 kV

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DELIVERY PERIOD : 1-2 WEEKS Brand Omron  Supply Voltage 100 → 240V ac Mounting Type Panel Mount Mode of Operation Cumulative, Interval, ON/OFF Duty Adjustable Flicker, Power ON Delay, Repeat Cycle, Signal OFF Delay, Signal ON Delay, Stopwatch Time Range 0.001 s → 9999h Number of Contacts 1 Number of Timer Functions Multi Function Time Increment Hours, Seconds Switch Configuration SPDT Terminal Type Screw Power Supply External Width 48mm Length 48mm Series H5CX Maximum Operating Temperature +55°C Depth 78mm Minimum Operating Temperature -10°C Product details Ultra Compact Digital Timer - H5CX Series H5CX Series of ultra-compact digital timers provide advanced functions and security settings to suit your timing needs. Features and Benefits • 12 mm character height• Shorter body depth• Three-colour display value, red, green or orange• Up/Down keys for each digit• Twin timer and variable ON/OFF duty modes• Service life notification - the number of times that the control output turns ON is counted and an alarm is displayed when a preset count is exceeded• Setting upper limit prevents unwanted operation• Isolated power supply and input circuits (Prevent unwanted circuit paths) on 100-240 V ac versions• 0.0001 s to 9999 h, 10 ranges• Input NPN, PNP and contact

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DELIVERY PERIOD : 1-2 WEEKS Small general purpose power switching relay for industrial use.[Features]·A high-capacity version of Type MY, which is available in a wide variety of types including ones with operation indicator lights, surge absorbing elements, etc.· The contact structure is 1C, 2C, 3C and 4C.· The standard product is compliant with international UL, CSA, and SEV standards and the Product Safety of Electrical Appliances and Materials Act of Japan.· Equipped with an arc barrier for arc interruption. Withstand voltages up to 2,000 V.· New built-in diode and built-in CR circuit models are now available as part of the product series. The lineup also includes the types that are compliant with the international LR and VDE standards.[Applications]·Various control equipment at production sites where high reliability is required.· Used not only for electric, water, gas and other control systems, but also for most types of electrical machinery and equipment.

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DELIVERY PERIOD : 1-2 WEEKS Power rating 300 W Output voltage 24 VDC Efficiency 82 % typ. (at 100 VAC input)87 % typ. (at 200 VAC input)87 % typ. (at 230 VAC input) Input Rated input voltage 100 to 240 VAC Allowable input voltage variable range 85 to 264 VAC (Single-phase)120 to 370 VDC Frequency 50/60Hz (47 to 63 Hz) Rated input current 4.2 A typ. (at 100 VAC input)2.1 A typ. (at 200 VAC input) Power factor 0.9 min. Leakage current 0.5 mA max. (at 100 VAC input)1 mA max. (at 200 VAC input) Inrush current (cold start at 25 ℃) 14 A typ. (at 100 VAC input)28 A typ. (at 200 VAC input) Output Rated output current 14 A Output voltage variable range -10 to +15 % (With V.ADJ) Ripple 150 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start up time 1000 ms max. (at 100 VAC input)1000 ms max. (at 200 VAC input) Hold time 40 ms typ. (at 100 VAC input)40 ms typ. (at 200 VAC input) Additional functions Overload protection Yes, automatic reset Overvoltage protection Yes, Shut off the input voltage and turn on the input again Overheat protection Yes, Shut off the input voltage and turn on the input again Series operation Yes (Up to 2 Power Supplies with external diode) Parallel operation No (However, backup operation is possible, external diodes required.) Output indicator Yes (color: green) Insulation Dielectric strength Between all input terminals and all output terminals: 3 kVAC for 1 min, Cut-off current: 20 mABetween all input terminals and PE terminals: 2 kVAC for 1 min, Cut-off current: 20 mABetween all output terminals and PE terminals: 1 kVAC for 1 min, Cut-off current: 20 mA Insulation resistance Between all output terminals and all input terminals/PE terminals: 100 MΩ min., at 500 VDC Environment Vibration resistance 10 to 55 Hz, 4.5 G max., 0.375 mm single amplitude in each 3 directions for 2 hours Shock resistance 150 m/s2, in each 6 directions 3 times Altitude 3000 m max. Ambient temperature (Operating) -20 to 70 ℃ (with no freezing or condensation) Ambient temperature (Storage) -25 to 75 ℃ (with no freezing or condensation) Ambient humidity (Operating) 90 %RH max. Ambient humidity (Storage) 90 %RH max. Reliability Life expectancy 10 years min. (at rated input, a load rate of 50% load, under the temperature of 40 ℃ max., standard mounting) Construction Construction Covered type Connection Terminal blocks Terminal type Screw terminal Mounting DIN track mounting Cooling fan Cooling fan Yes Weight (Main) 700 g max. Note Do not use the Inverter output for the Power Supply. Inverters with an output frequency of 50/60 Hz are available, but the rise in the internal temperature of the Power Supply may result in ignition or burning.

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