Omron, S8NR-S/S8R-BB Series

[Design] Solves in-panel space and heat issues. Functional integration reduces the engineering effort required for designing and selecting external circuits

In addition to an IP67 power supply with built-in electronic circuit protectors, the DC Blocking box enables power and safety circuits to be constructed outside the control panel with reduced effort.

Contributes to space saving and simplified thermal design inside control panels

Contributes to reducing the effort required for off panel circuit design and component selection

[Startup] Reduces the workload of on-site workers through more efficient installation and wiring

Intuitive installation and wiring reduce installation time, easing the burden on on-site operators and improving layout flexibility.

Easy installation using keyhole mounting, similar to hanging a wall clock

DIN rail mounting simplifies installation and replacement work

In addition to screw mounting, DIN rail mounting is also supported. Simply snap the unit onto the rail for quick installation. Position adjustments can be easily made by sliding the unit left or right on the DIN rail, allowing flexible response to equipment modifications or specification changes.

DIN rail mounting bracket : order seperately

Tool-free connector connection significantly reduces wiring time

Build Safety Circuits Outside the Control Panel with Reduced Wiring

Safety circuits can be easily installed outside the control panel using an IP67-rated DC Blocking Box with a built-in Forcible Guided Relay. With the reduced-wiring configuration(using a 8ーpin model), the DC Blocking Box and the Safety I/O Block can be connected using a single signal cable, significantly reducing wiring work and installation time.

[Startup] Smooth and Efficient Startup with Clear Status Visualization

With the built-in digital display, measured and setting values can be easily monitored, reducing adjustment errors and allowing fast commissioning.

Work efficiency is also improved during testing and recovery operations.

The high-visibility digital display allows anyone to easily and accurately check operating status and configure settings, improving work efficiency.

No tester is required―values can be confirmed using the display only.

The IP67 power supply adopts a connector-based connection method designed with a focus on water and dust resistance as well as ease of wiring, and features a highly visible digital display that allows users to check voltage and current status at a glance without using a tester.

Precise Configuration of Each Circuit Helps Prevent Startup Issues

By setting the cutoff current to match the wire gauge, thinner wires can be used. Fine control of the startup sequence further helps prevent on-site issues.

Each channel is equipped with an electronic circuit protector (CP), and the cut-off current can be set in 0.1 A increments.

The startup sequence for each channel can be set in 0.1-second increments.

[Maintenance] Minimize Downtime through Predictive Maintenance and Easy Fault Identification

By visualizing the power supply status, preventive maintenance and identification of abnormal points become easier, enabling fast and efficient maintenance.

Clear Status Indication with LEDs and Monitor

The power supply status can be checked at a glance using LEDs and the monitor, helping to reduce maintenance work.

Advance Maintenance with Replacement Timing Notification

By visualizing the remaining service life, preventive maintenance becomes possible, reducing downtime caused by sudden line stoppages.

Remaining Current Display for Easy Expansion Decisions

The remaining current of each channel is displayed, allowing immediate judgment on whether additional devices can be connected and helping to shorten evaluation time.

Easy Identification of Faulty Channels with Electronic CP per Channel

Each channel is equipped with an electronic circuit protector (CP). The operating status of each channel can be easily checked via channel-specific LEDs, reducing maintenance effort. In addition, the operating status of each channel can also be monitored via IO-Link communication.

Improved Maintenance Efficiency with Remote Parameter Monitoring and Configuration

IO-Link communication enables remote monitoring and configuration of various parameters, as well as channel-by-channel ON/OFF control. This improves on-site work efficiency after startup.

Key Lock Function Prevents Misoperation

The key lock function helps prevent problems caused by accidental changes to display screens or settings. In addition, IO-Link communication allows disabling setting changes and channel ON/OFF key operations on the power supply unit itself. In monitor mode, only display switching and key lock operations are enabled.

S8NR-S

S8NR-S09024-A1L0

*1. Rated input/output conditions: at rated input voltage, rated frequency, rated output voltage, rated total output current, and maximum cutoff output current.
*2. 100% Load condition: at rated output voltage, rated total output current and maximum cutoff output current.
*3. Although some inverters have an output frequency of 50/60 Hz, they may cause internal temperature to rise and result in damage.
*4. For details, refer to Derating curve on Catalog.
*5. For details, refer to Inrush current, startup time, Outputs hold time on Catalog.
*6. Class2 Output is only for M12-A output.
*7. When IO-Link communication is used, this product is classified as Class A.
*8. With waterproof caps attached to unused terminals.

S8NR-S36024-A[]L[]-IL3

The functional specifications of the Data Flow Controller are shown below.

*1. Rated input/output conditions: at rated input voltage, rated frequency, rated output voltage, rated total output current, and maximum cutoff output current.
*2. 100% Load condition: at rated output voltage, rated total output current and maximum cutoff output current.
*3. Although some inverters have an output frequency of 50/60 Hz, they may cause internal temperature to rise and result in damage, if they are connected as the power source for the S8NR-S. Do not use the output from an inverter as the power source for the S8NR-S.
*4. For details, refer to Derating curve on Catalog.
*5. For details, refer to Inrush current, startup time, Outputs hold time on Catalog.
*6. Class2 Output is only for M12-A output
*7. When IO-Link communication is used, this product is classified as Class A.
*8. With waterproof caps attached to unused terminals.

S8NR-S36024-A[]L[]-IL3

*1. Rated input/output conditions: at rated input voltage, rated frequency, rated output voltage, rated total output current, and maximum cutoff output current.
*2. 100% Load condition: at rated output voltage, rated total output current and maximum cutoff output current.
*3. Although some inverters have an output frequency of 50/60 Hz, they may cause internal temperature to rise and result in damage, if they are connected as the power source for the S8NR-S. Do not use the output from an inverter as the power source for the S8NR-S.
*4. For details, refer to Derating curve on Catalog.
*5. For details, refer to Inrush current, startup time, Outputs hold time on Catalog.
*6. Class2 Output is only for M12-A output
*7. When IO-Link communication is used, this product is classified as Class A.
*8. With waterproof caps attached to unused terminals.

IO-Link Specifications

Please contact your OMRON sales representative regarding the IO-Link setup file (IODD file).

IO-Link Indicator LEDs

The LED indications are prioritized in the order listed from top to bottom in this table. When multiple statuses occur simultaneously, the indication listed higher in the table is displayed.

IO-Link Communication Index List

S8R-BB

Specifications

Refer to the S8NR-S Users Manual (Man. No. T245) for IO-Link communication Index list.

Note: 1. The above values are initial values.
Note: 2. Electrical characteristics and operating characteristics are values at an ambient temperature of 23°C.
*1. Measurement conditions: Rated voltage
*2. Measurement conditions: S8R-BB06[][]: 5 V, 1 A, voltage drop method S8R-BB10[][]: 5 V, 10 mA, voltage drop method
*3. Measurement conditions: Rated voltage Ambient temperature: 23°C Bounce time is not included.
*4. Measurement conditions: Rated voltage Ambient temperature: 23°C The time from when the coil voltage is turned OFF until the a-contact turns OFF, including bounce time.
*5. Values under the following conditions: Contact voltage: 24 V Coil voltage: 24 V Switching frequency: 1,800 operations/h Ambient temperature: 25°C Inductive load performance: S8R-BB06[][]: L/R=48 ms S8R-BB10[][]: L/R=96 ms
*6. Switching frequency: 36,000 operations/h
*7. For installation, be sure to check Installation described.
*8. With waterproof caps attached to unused terminals.