• PY0A015E0XXYP0 – Lower-power variant (0.15 kW) with 0.48 Nm torque, ideal for ultra-light applications like micro-robots or precision dispensing equipment.

• PY0A050E0XXYP0 – Higher-power model (0.5 kW) delivering 1.6 Nm torque, designed for more demanding light-duty tasks such as small packaging machines or electronic component inserters.

• PY0A030E0XXYP1 – Version with an 18-bit absolute encoder, suitable for applications requiring enhanced positional accuracy, such as optical fiber alignment systems.

• PY0A030E0XXYP0-EX – Explosion-proof variant certified for hazardous areas (ATEX Zone 2), making it suitable for pharmaceutical processing or chemical analysis equipment.

• PY0A030E0XXYP0-W – Wide-temperature model operating from -15°C to +50°C, designed for extreme environments like cold storage testing equipment or high-temperature ovens in small-scale manufacturing.

• PY0A030E0XXYP0-V – High-voltage version (200-240 VAC) for regions with different power grid specifications, offering consistent performance in higher-voltage light-duty setups.

• DSBB102: A smaller – scale backplane, suitable for less complex and smaller – sized industrial control systems compared to the DSBB175. It may have a lower capacity for handling a large number of modules but is cost – effective for basic automation setups.

• DSBB170: Shares similar functionality to the DSBB175 but may have some differences in terms of the number of available slots for modules or the specific communication protocols it prioritizes. It could be an alternative for systems where the DSBB175’s full capabilities are not fully utilized, providing a more targeted solution.
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• DSBC170: Although not a backplane in the same sense as DSBB175, it is a related ABB product within the industrial control family. It might be involved in a different aspect of the control system, such as signal conditioning or specific communication functions, and could be used in conjunction with the DSBB175 in more comprehensive industrial control setups.

The DSAO130 distinguishes itself with its ability to deliver precise analog control, making it a critical component in industrial automation systems. Its 4 independent output channels allow for simultaneous control of multiple devices, reducing the need for additional modules and streamlining system design. This flexibility is enhanced by support for multiple signal ranges (4-20mA, 0-10V, ±10V), ensuring compatibility with a wide range of field equipment, from pneumatic valves to variable-frequency drives.

• DSAO140 – Higher-channel variant with 8 outputs, ideal for large-scale systems requiring control of multiple analog devices.

• DSAO120 – Compact 2-channel model, suitable for space-constrained setups or applications with minimal analog control needs.

• DSAO130-A – Isolated channel version, providing enhanced electrical separation to prevent signal interference in noisy industrial environments.

• DSAO130-H – High-voltage compatible model, supporting output ranges up to ±30V for specialized equipment such as large actuators.

• DSAI130 – Companion analog input module, designed to work with the DSAO130 for complete analog signal monitoring and control.

• DSAO130-P – Profibus-enabled variant, offering seamless integration with Profibus-based DCS systems for enhanced communication flexibility.
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QS1W05AM0XXXXC Product Description

Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• QS1W03AM0XXXXC – Lower-power variant of the QS1W05AM0XXXXC (30 W, 0.10 Nm) for ultra-light loads, such as laboratory pipetting robots.
• QS1W07AM0XXXXC – Higher-power upgrade (75 W, 0.24 Nm) for slightly heavier tasks, like small conveyor systems.
• QS1W05AM1XXXXC – Next-generation model with a 20-bit encoder (1,048,576 pulses/rev) for enhanced precision.
• QS2W05AM0XXXXC – Larger-frame (50mm) version of the QS1W05AM0XXXXC with improved heat dissipation for extended duty cycles.
• MR-J4-10A – Mitsubishi servo drive optimized for the QS1W05AM0XXXXC, maximizing control efficiency.
• QS1W05AM0XXXXD – Analog-control variant, compatible with legacy systems using analog command signals.

• P30B08060DXS11 – Lower power (600 W) variant, suitable for lighter mid-range applications than the P30B08075DXS11, such as small conveyor systems.

• P30B08090DXS11 – Higher power (900 W) model, designed for more demanding tasks requiring greater torque, like heavy-duty packaging machinery.

• P30B08075DXS11-B – Brake-equipped version, ideal for vertical load applications (e.g., lift mechanisms) where secure holding is needed when stationary.

• P30B08075DXS11-E – Enhanced thermal management model, optimized for continuous operation in higher-temperature environments, such as foundries.

• P30B06075DXS11 – Compact frame variant with the same power rating, suitable for space-constrained setups where the P30B08075DXS11’s size is a consideration.

Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• P20B10100VBS2N – Lower-power variant of the P20B10150VBS2N (1.0 kW, 3.2 Nm) for lighter loads, such as small conveyor systems.
• P20B10200VBS2N – Higher-power upgrade (2.0 kW, 6.4 Nm) for heavy-duty tasks like large material handling robots.
• P20B10150VBS3N – Next-generation model with a 20-bit encoder (1,048,576 pulses/rev) for enhanced precision.
• P10B10150VBS2N – Compact 1.5 kW variant with a 80mm frame, ideal for space-constrained setups like desktop CNC machines.
• MBDHT2510E – Panasonic servo drive optimized for the P20B10150VBS2N, maximizing torque output and control efficiency.
• P20B10150VBS2A – Analog-control version, compatible with legacy systems using analog command signals.

• P20B10100VBS2N – Lower-power variant (100W) with a rated torque of 0.32 Nm, ideal for ultra-light applications such as laboratory automation and small-scale robotics.

• P20B10200VBS2N – Higher-power model (200W) with increased torque (0.64 Nm) for medium-load tasks like conveyor systems and semi-automatic assembly stations.

• P20B10150VBS2N-B – Brake-equipped version, providing secure holding torque during power loss, suitable for vertical-axis systems such as lift mechanisms in electronics manufacturing.

• P20B10150VBS2N-E – Explosion-proof variant certified for hazardous environments, making it suitable for chemical processing or oil and gas facilities where safety is paramount.

• P10B10150VBS2N – Smaller-frame (40mm flange) motor with equivalent power, designed for ultra-compact automation setups where space is extremely limited.

• P20B10150VBS2N-H – High-temperature rated model (-10°C to 60°C) for operation in extreme thermal conditions, such as foundries or climate-controlled manufacturing chambers.

Sanyo Denki’s 20BAI50FFWB2 belongs to the Sanmotion F2 series of WB stepping motor drive systems. Related information is as follows:

Product Structure: Consists of a driver and a high-torque motor in unipolar/bipolar specifications with a basic step angle of 1.8°.

Applications: Suitable for a wide range of equipment, including industrial sewing machines, financial terminals, copiers, and semiconductor manufacturing equipment.

Performance Features:
Low Vibration: Vibration is reduced by approximately 10% compared to conventional products. The Low Vibration Mode function provides smooth drive even at coarse resolution settings of 1 microstep (full step) and 2 microsteps (half step), suppressing vibration without control system limitations.
Software Configurable: Control parameters can be adjusted and alarm and operating status analysis can be performed using setup software via a personal computer.
Microstepping Drive: The 1.8° basic step angle can be set to up to 256 microsteps (AC input) or 16 microsteps (DC input), achieving smooth operation with minimal vibration. Wide Voltage Range: This product handles a wide input voltage range of 100 to 240VAC, automatically detecting the input voltage and optimizing motor control characteristics. However, the 42 mm² (1.65 in²) motor model only supports 100 to 120VAC.
Compact Size: This product is 24% smaller than conventional products, making it easier to use in locations with limited installation space.
Various Options: A 4000 rpm high-resolution encoder and a motor with an electromagnetic brake are available as options. The electromagnetic brake’s on/off timing is automatically controlled, eliminating the need for an external brake power supply.

• P10B08120HXSB1 – Lower-power variant (0.8 kW) with 2.5 Nm torque, ideal for lighter medium-duty applications like 3D printers or laboratory automation equipment.

• P10B12120HXSB1 – Higher-power model (1.5 kW) delivering 4.8 Nm torque, designed for more demanding tasks such as medium-sized conveyor systems or automated welding stations.

• P10B10120HXSB2 – Version with an 18-bit absolute encoder, suitable for applications requiring enhanced positional accuracy, such as semiconductor testing machinery.

• P10B10120HXSB1-EX – Explosion-proof variant certified for hazardous areas (ATEX Zone 2), making it suitable for chemical packaging or pharmaceutical manufacturing equipment.

• P10B10120HXSB1-W – Wide-temperature model operating from -20°C to +60°C, designed for extreme environments like cold storage packaging lines or high-heat industrial ovens.

• P10B10120HXSB1-V – High-voltage version (400-480 VAC) for regions with 3-phase industrial power grids, offering consistent performance in higher-voltage setups.

• T730253E – Upgraded model with 32 digital inputs/outputs, ideal for larger-scale systems requiring expanded connectivity.

• T730251E – Compact variant with 8 digital inputs/outputs, suitable for small-scale automation setups with limited space.

• T730252E-A – Analog input/output version, adding 8 analog channels for applications requiring continuous variable control, such as temperature or pressure regulation.

• T730252E-W – Wireless-enabled model with Wi-Fi and Bluetooth connectivity, enabling remote monitoring and control in hard-to-reach locations.

• T730252E-EX – Explosion-proof variant certified for hazardous areas, making it suitable for chemical processing and oil and gas industries.

• T730252E-H – High-speed communication model with enhanced data transfer rates, optimized for time-critical applications like high-frequency manufacturing lines.