Description
The National Instruments ISM-7413 is an Integrated Motor and Stepper Drive Device designated by part numbers 783603-01 and 783604-01, featuring a NEMA 24 size motor and compatibility with Ethernet standards for operations over LAN. This device requires an external power supply, which is not included, and is recommended to be used with the SMD-7700 regeneration clamp to ensure optimal performance. It offers a flexible IP address configuration through a multi-position rotary switch, enabling both automatic acquisition via DHCP and manual setting. Capable of delivering a maximum torque of 340 oz-in, the ISM-7413’s mature status has been announced by National Instruments, yet it remains available for purchase and repairs through Apex Waves.
| Specification | Details |
|---|---|
| Part Number | National Instruments ISM-7413 |
| Other Part Numbers | 783603-01, 783604-01 |
| Type | Integrated Motor and Stepper Drive Device |
| Motor Size | NEMA 24 |
| Communication | Compatible with Ethernet standards, Operable over LAN |
| Power Supply | Requires external power supply (sold separately) |
| Regeneration Clamp | Compatible with SMD-7700 |
| IP Address Configuration | Multi-position rotary switch, Automatic via DHCP or manual configuration |
| Maximum Torque | 340 oz-in |
| Mature Status | Announced by National Instruments, Available for purchase and repairs by Apex Waves |
Q1: What are the specifications and compatibility features of the National Instruments ISM-7413 Integrated Motor and Stepper Drive Device, and how does the SMD-7700 regeneration clamp enhance its performance?
A1: The National Instruments ISM-7413 Integrated Motor and Stepper Drive Device is a NEMA 24 size motor with part numbers 783603-01 and 783604-01, and it is compatible with Ethernet standards for LAN operations. It requires an external power supply and delivers a maximum torque of 340 oz-in. It allows for flexible IP address configuration through a rotary switch with DHCP and manual setting options. The SMD-7700 regeneration clamp is recommended for use with this device to
Q2: What are the specifications and features of the National Instruments ISM-7413 Integrated Motor and Stepper Drive Device, and what external component is recommended to ensure its optimal performance?
A2: The National Instruments ISM-7413 Integrated Motor and Stepper Drive Device is a NEMA 24 size motor with Ethernet compatibility for LAN operations, requires an external power supply (not included), and features a maximum torque of 340 oz-in. It allows flexible IP address configuration with a multi-position rotary switch for both DHCP and manual settings. To ensure optimal performance, the use of the SMD-7700 regeneration clamp is recommended.
Q3: What features differentiate the National Instruments ISM-7413 Integrated Motor and Stepper Drive Device from other motors in its class, and how does the SMD-7700 regeneration clamp enhance its performance?
A3: The National Instruments ISM-7413 Integrated Motor and Stepper Drive Device provides a maximum torque of 340 oz-in, and it is recommended to be used with the SMD-7700 regeneration clamp to enhance its performance.
Q4: What is the significance of the SMD-7700 regeneration clamp in relation to the performance of the National Instruments ISM-7413 Integrated Motor and Stepper Drive Device?
A4: The National Instruments ISM-7413 Integrated Motor and Stepper Drive Device stands out in its class with features such as a NEMA 24 size motor, compatibility with Ethernet for LAN operations, flexible IP address configuration through a multi-position rotary switch, and the capability to deliver a maximum torque of 340 oz-in. The use of the SMD-7700 regeneration clamp with this device enhances its performance by safely dissipating excess energy and preventing overvoltage conditions, which can improve the longevity and
Q5: What is the maximum torque provided by the National Instruments ISM-7413 Integrated Motor and Stepper Drive Device, and what external component is recommended to enhance its performance?
A5: The SMD-7700 regeneration clamp is significant to the performance of the National Instruments ISM-7413 Integrated Motor and Stepper Drive Device as it is recommended to ensure optimal performance, likely by providing efficient energy dissipation and improved handling of the electrical energy regenerated by the motor during deceleration.
