Danaher

The API Servo Drives provide new options for controlling motion in different types of businesses. Made for great work and to be useful in different situations, these drives use digital control loops and have a wide power range. This means users can use them with many different motors. A big advantage is that they support different types of feedback tools, like incremental encoders and sine encoders, which let them fit into specific jobs because of how flexible they are. These drives are designed to provide smooth and exact control when moving slowly and perform fast when needed. Made with tough, self-protecting power parts, these servo drives protect against problems like short circuits, high or low voltage, and getting too hot. This makes sure they work well even in tough places. They also use better features like S-curve acceleration, which lowers wear on machines, and special torque angle control that increases how well the motor performs. These drives do well in providing high bandwidth. Some can reach up to 800 Hz in speed loops, along with high-resolution feedback systems.

The Block I/O Analog Module series is made to give a strong and exact connection between analog signals and digital controls. This series connects 14- or 16-bit analog input signals and provides a scalable +/-10V analog output signal by using an A/D converter that takes samples of each channel in order. Each module type is made for use in hard industrial places, giving dependable analog-to-digital or digital-to-analog changes for lots of uses. The input types take a voltage in a 5V or 10V range with 14-bit resolution and give separate voltage or current inputs. The shielded connections protect signal strength and lower noise, which makes the whole system more dependable, and for setting up signals, there is a range that can be chosen. To be sure things work right, the output side has clamping diodes and capacitors to run a non-resistive (inductive) signal up to +/- 10V. Every module has a current sense resistor inside for 0 to 20mA and 4 to 20mA devices, and a high impedance for a low 24V DC need. For signal outputs, a normal 24V power is needed to make the single-ended outputs, and connections inside are made for fast and easy shielded connections.

Danaher Motion is renown for having an array of sophisticated and high performance drives series. Through years of R&D, Danaher has developed drives capable of helping automate the toughest challenges the industrial and electric automation industries have to offer. Danaher produces drives made to overcome these demanding obstacles. Many of their motors are similar to Kollmorgen, a company owned by Danaher. Danaher is the sole owner and operator of many companies which specialize in the field of automation. This is how they are able to design and manufacture such innovative drives for seemingly impossible motion problems.

The DMC Motion Controllers series are made for control of torque, speed, and position in many industries. Because these controllers use high voltages, such as 230 or 400 VAC in 3-phase setups, correct grounding is important for safety. Following EMC rules like EN50081-2 and EN50082-2 is imperative to operational safety. These rules focus on industry emission and immunity. The series follows Class A digital device rules, based on CISPR11, to reduce radio interference. Shielded cables are important to maintain these standards, especially in spots sensitive to radio communication. Before operation, users need to set these controllers up for the controlling application. These controllers, which ensure standards like EMC directives, are designed with important features to ensure radio interference does not negatively affect the operation and usage of equipment located nearby.

The Dynapar Encoders series is a strong line of incremental hollow-shaft encoders meant for hard industrial jobs. Based on the first vector-duty design, the HS35R type cares about dependability and less down time in big factories. These encoders have strong builds and can handle hard conditions. A main feature of the Dynapar Encoders series is how well they resist physical stress, having a 400G shock and 20G vibration score. This strength means they work right even when strongly shaken. Also, the series is sealed at IP67, greatly blocking dust and water, which fits wet or dirty places. The design includes a wide working heat range, from -40ºC to 85ºC, letting them work well in very hot or cold weather without hurting how they work. The Dynapar Encoders series uses optical sensing to give correct feedback, with a top working speed of 6000 RPM. These encoders take many output signals within a 5-26 VDC input voltage and have short circuit and reverse polarity safety, guarding against electrical damage.

The Dynapar Resolvers series offers position and speed feedback in hard working conditions. These resolvers can handle very high temperatures, up to 200°C. They are resistant to big shocks (up to 200g) and shaking (up to 40g), so they fit well industrial spots where normal encoders might not work. A important piece of Resolver models is that they don't use brushes, so they don't need mechanical parts to switch the current. The resolvers give right and exact feedback, required for uses that call for exact control. Depending on the type, they can be accurate from +/-2 to +/-30 arc minutes. These resolvers are used in different industries such as, robotics, space travel, armed forces, factory work, oil and gas getting, and steel and paper factories. Because they are built strong and do their job well, they work well for helping servo motors, checking speed and place, moving wing parts in airplanes, and control systems in military motors on land. You can get them at different speeds, with strong protection from radiation, and stainless-steel covers.

The NextDrive Frequency Drive series is made to give flexible control of AC motor speeds. The series has different drive models with power from 1 to 20 HP to fit a NEMA design B, three-phase AC induction motor. Using pulse width modulation (PWM), these drives use a microprocessor. Depending on the model, these drives use a three-phase power input at 240 VAC and 480 VAC. Correct setup needs care in how the grounding and wiring are done, following all electrical safety rules. You can also use input line reactors to lower harmonic distortion, if needed. When hooking up the power, it is important to use the correct type and amount of line fusing, plus branch circuit protection. For uses where quick slowing down is needed, a dynamic brake resistor module can be added. These drives use analog and digital signals. It has analog inputs for remote use, digital inputs for start/stop, and digital outputs for status. Things like speed up time, top speed, and torque limit can be set. To keep things safe and working, this series has protection like overcurrent protection and watching for high heat.

The POWERSTAT Transformers series includes many variable transformers that you control by hand, and these can be set up for one- or three-phase jobs. These transformers are made to work with either 120- or 240-volt power lines and use coils called POWERKOTE. For things that need a steady flow of current, the POWERSTAT series can put out 3.5 to 10 amperes. When the job needs constant electrical resistance, the series can handle the top output current of 5 to 13 amperes. It's worth mentioning that these units are open, not having screens, fuses, line switches, terminal boxes, input cables, or output plugs. With shafts that can be taken off, which then can be made longer from either side, they are more useful to people for different jobs. Many units can work at higher rates, like from 50 to 1500 Hz without changing how much current they send out. Constant current models are a bit different, because there is a little drop between 1500 and 2000 hertz.

The Quadraline Regenerative Drives series offers a good way to control motors that also saves energy by regenerative DC drives. These drives work with motors from 1/2 to 5 horsepower. They can use either 115 or 230 VAC single-phase input, so they can fitmany different power sources. There are different Quadraline models to fit different installations. Chassis versions can be put inside control panels. The NEMA 4/12 enclosed models give protection from tough industrial places. A few models even have controls already built in, like start/stop switches, speed adjust, and forward/reverse options. Other units come along with separate terminal blocks if someone wants remote control. For putting in control panels, the series has models both with and without operator controls. There are bipolar isolation modules for working with other control signals, fault module choices for better watching overcurrent, overvoltage, and when the field is lost. Independent acceleration/deceleration control option makes the series more useful, letting users change motor response to fit what they need. AC pulse tach feedback is also an option to maintain enhanced speed.

The SAM Servo Amplifier series is built to give advanced servo control for many kinds of automation in industry. The series works with different motors and feedback types, providing choices when putting a system together. Important features of the SAM series include a strong power supply, with some models able to take in voltages around 570VDC. The outputs are designed to give power to the motor steadily, with output rates from 0 to 1000Hz. This allows control of motion at high speed and with precision. You can directly put in power from the main supply at 230 or 480 VAC, which gives more choices. Built in safety parts protect against too much current, too much voltage, and getting too hot, improving how reliable the system is. The design saves space inside control boxes. The series is reliable with Mean Time Between Failures up to 3 million hours.