Pacific Scientific

The 105 Motion Control Card Series is used for powering and controlling stepper and servo motor component boards and cards. Examples of these are PC personality modules, motor control boards, I/O emulation boards, PC boards, PC CNC control, and drive CNC control. Still, other optional plug-ins include an I/O interface adapter board, an indexer/driver board, an emulator board, a SERCOS interface option card, an option memory card, and a programmable option card. They are durable, adaptable, and easy to install. The 105 series offers the highest rated performance and control capability for stepper and servo motor performance for both analog and digital in a wide range of industrial applications.

The 5000 Series had Stepper Motor Drives rated in NEMA 23. They are highly efficient motors. They have high torque and inertia and are designed for speed and acceleration with a 2.5 A power level. They are equipped with a 35 Vdc with integral power supply. The 5000 series features improved torque linearity for high peak torque capability, an acceleration boost for intermittent duty applications, low detent torque harmonic, rugged “housingless” square frame, two phase design for driver compatibility, and smoother microstepping. These 5000 series motors come in a wide range of shaft and winding configurations for motor-application performance and options for mounting an encoder provision for optimum control scheme. They are ideal for applications that require demanding motion at moderate speed.

 This is the 6410 series of drives manufactured by Pacific Scientific. These drives convert step and direction into motor winding currents to control a two-phase stepper motor. These drives have a rated output current which is DIP selectable, ranging from a high of 5Amps to a low of 0.625Amps. These drives are capable of supplying regulated phase currents for supply voltages as low as 24VDC and up to 75VDC. Features of the 6410 drive series include mid-band instability compensation fluid operation and high resolutions in both mid-band and lesser speed resonance regions along with microstepping capabilities.The 6410 drive series is an award winning series created by Pacific Scientific. These drives have bipolar chop, digital electronic damping, short circuit protection, MOSFET power devices, and optically isolated signal interface connection. Contact us for a quote by calling or clicking the FAST QUOTE box.              

This is the 6415 Microstep Drive series created by Pacific Scientific.  These drives have integral ramped oscillator cards which are capable of controlling a wide range of voltages because they use a VOC or voltage controlled oscillator and related control wires. The integral oscillator cards also provide step pulse direction command outputs to the drive. A 6415 Drive is capable of converting stepper and direction outputs into motor winding currents, enabling full power over a two phase stepper motor. Prominent features and benefits of a 6415 drive include independent acceleration and deceleration allowing the attached motor to be programmed for high RPMs very quickly.Features of this drive include bipolar chop, microstepping, digital electronic damping, short circuit protection, Bus overvoltage coverage, two independent run speeds, internal and external speed command, and an enabled LED indicator. Here at Wake Industrial we can fulfill all of your questions and need concerning the 6415 Pacific Scientific drive series. Give us a call or click the FAST QUOTE box found above.              

Pacific Scientific F series servo motors are among the most popular motors every designed and manufactured by PacSci. Now owned by Kollmorgen, these motors are made to meet high performance standards with special high inertia rotors. Pacific Scientific made the F series of motors for the sole purpose of having a more resilient and better designed rotary unit for applications where such a feature was necessary. This makes them very similar to the PacSci R servo motor series but with a big difference in the rotary construction. We can provide you with all necessary information and options for purchasing or repairing an F series servo motor.

The Pacific Scientific POWERPAC K Series General Purpose Motor (Sigmax®) comes in both NEMA 34 and 42 frame sizes and provides a remarkable range of torque and acceleration. K series motors are known for their high torque to inertia ratios which provide increased acceleration rates that can move loads fast. This general purpose motor uses Sigmax® flux-focusing technology to achieve such high rates. Sigmax® technology works by adding rare earth magnets between the stator and rotor that help concentrate magnetic flux at desired points between the rotor and stator, optimizing the flux path. The K series motors from Pacific Scientific can handle the toughest motion requirements and are a cost effective alternative to servo motors.

The Pacific Scientific 2VM Low Inertia PMDC (Permanent Magnet DC) Servomotor Series uses Alnico V-7 as magnet material. It features a Rated Current (Continuous) of 3.1-5.7 A. and comes with a Rated Voltage of 18-36 V. Because it is a PMDC motor, it uses permanent magnets that are located in stator to provide magnetic field, instead of stator winding. Cooling on these units is an option dependent upon the specific PacSci motor. The tachometer and optical encoder are two additional accessories which normally do not come straight from the manufacturer. These motors are a great solution to you automation motor needs.

The M Permanent Magnet Motors series represents a leap in motor technology, crafted to meet demanding industrial applications. These motors are meticulously engineered for both high efficiency and exceptional performance. At their core, a state-of-the-art permanent magnet design greatly enhances torque output and facilitates precise speed regulation, ensuring optimal operational precision. Furthermore, a focus on energy efficiency supports substantial reductions in operating costs, making them not just about optimized performance, but also about economic advantage. Another benefit is the compact build, allowing ease of integration into existing systems without any sacrifice in power. The motors are suited for demanding environments and applications such as robotics, CNC machinery and automated lines that need motion control. The M series robust construction ensures longevity in tough conditions, while their compatibility with various control systems further simplifies integration, thus enhancing their versatility. Consequently, this series stands out as an innovative and adaptable option for businesses striving to improve productivity and efficiency through advanced automation.

The Brushless Motors series by Pacific Scientific contains an array of high torque motors providing optimal performance and reduced machine downtime. With the proper maintenance, the Brushless motors can provide years of hassle-free operation.

The OC940 Series from Pacific Scientific provides a standalone positioning capability to a high performing servo drive such as the SC900. With it's SERCOS interface, the OC940 Card has 8 optically isolated outputs.