The new CS2 series is based on the old CS1 series.  The CS2 utilized die cast aluminum covers resulting is a 55% reduction in weight.  The allowable lateral load of the CS2 remains the same as the CS1 series.  Because the CS2 is dimensionally interchangeable with the CS1, it can drop in to any CS1 application.  The air cushion adjustment is improved for greater adjustability.

The CS2 is available in bore sizes of 125mm, 140mm and 160mm.  The CS2 is available in 31 different standard options so it is a great fit for many applications.  The versatile CS2 is a great value in large bore actuators.

The life science valve market is driven by the need for precision, the ability to handle multiple types of contaminants, and the ability to isolate flow paths and understand the importance of dead volume. Series LVM is a two or three port valve, that meets these requirements.

This specialty valve has an isolation diaphragm that exists across the top of the internal valve chamber. It hermetically seals the flow path. The ability to seal this flow path means that it then provides a sterile flow path. In applications where contamination of the media can simply not happen (chemicals, gases, liquids), the LVM is an ideal solution.

The SMC Quick Reference Guide makes the LVM easy to order. Click to open. Find quickly the orifice diameters, pressure rating, voltage, materials, and dead volume.

SMC innovated the integrated work table, linear guide, and actuator nearly 20 years ago with the MXS pneumatic slide table. Now in the 21st century, the concept has gone electric! While rod and rodless sliders are common in the electric actuator market, very few manufacturers offer a slide table. Once again, you can count on SMC to offer the products you need.

The LES is actuated by an electric motor driving a linear ball screw. The work table offers top and front load mounting surfaces. Underneath, the linear guide maintains positional accuracy and supports moment loading. Actuator and system features include:

• 3 motor and body sizes with 2 or 3 strokes each
• Reverse-mounted and in-line motor styles to accomodate space constraints
• Choose step or servo motor (both have encoders) to refine force / speed profiles
• 2 screw lead options further optimize force / speed curves
• 5000 mm/s² max. acceleration and deceleration
• 400mm/s max. speed
• Controller requires 24VDC power supply
• 64 step data points possible for defining motion and force
• Controller programmed with laptop and software, or pendant

Fully Integrated Digital Flow Switch The version above includes an integrated display, temperature sensor, and flow adjustment valve. Choose this arrangement when the installation will be near an operator for setting and observation.	Digital Flow Switch with PVC Piping Using a liquid other than industrial water or coolant, and you need greater chemical resistance? The PF3W includes an option with PVC piping for an expanded range of media. The sensor instrument and wetted parts have limitations, but numerous additional chemical solutions can be monitored.
Remote Sensor For flow monitoring a longer distance from the technician, choose the remote sensor. The display on this unit is limited, with more complete data reported to the panel monitor.	Flow Monitor When paired with the remote sensor shown at the left, remote operation is possible. This monitor can be mounted in an operation panel and offers full display setting capabilities.

Integrated Display Features:

	Three Colors in Two Displays: Main screen is red or green Sub-screen is white for stylish contrast Additional OUT1 / OUT2 indicators
	Versatile Display Orientation: Multiple flow directions are viewable Default orientation for flow to right Rotate 90° CW for upward vertical flow Rotate 180° CW for flow to left 315° total degrees of orientation

Remote Sensor and Display Features:

	Your facility may want to monitor multiple flow paths. For consistent displays and saving time, copy one display setting to up to 10 additional units!   Standardize the color scheme Match flow mode for sub-screens Set consistent response times
	In addition to the remote monitor, the sensing unit also has a multi-function LED to indicate status.

Some Great Uses for Cyclone Pads

The XT661 can be a non-contact pad so it would not create lift marks in sensitive surface materials. This is very good for lifting materials like liquid crystal glass.		Because the XT661 does not need a vacuum seal to lift, it is perfect for lifting workpieces with holes.
The XT661 is perfect for lifting or holding very thin materials like copper film.		With the XT661 even porous materials like paper and wood can be held in place.

Chillers are products that provide temperature-controlled circulating fluid to control the temperature of heat sources in devices and equipment. As many models incorporate a heat source as well, they are also called circulators. Maintaining a fixed temperature can improve the quality, reliability, and service life of equipment. Also, by utilizing a closed loop cooling system, the cost and environmental impact of running cooling water to drain is avoided.

The HRS Chiller Series offers four nominal cooling capacities (1.2, 1.8, 2.4, and 5 kW) to serve a wide variety of applications. They utilize a refrigeration circuit to achieve temperature stability of +/- 0.18 deg F (0.1 deg C) within an operating range of 41 ~ 104 deg F (5 ~ 40 deg C).

The compact design of the unit as well as the efficient design for shedding waste heat allow them to be placed under workbenches and in close proximity to one another. While designed for years of trouble-free service, the HRS features a robust self-diagnostic program to quickly identify issues. These easy to use units are an outstanding value that can improve many processes via efficient temperature control.

Product Features

• Air and water cooled models (waste heat removal)
• Compact (HRS012/018/024: 377 W X 615 H X 500 D, 40 kg; HRS050: 377 W X 976 H X 592 D, 69 kg)
• Conforms to UL specifications (60 Hz only), also CE marked
• Environmentally friendly R407C refrigerant
• Low tank fluid level detection function
• Power failure auto-restart function
• Proven performance with a wide range of applications such as lasers, analytical equipment, LCD manufacturing equipment, etc.
• RS232C, RS485, and contact I/O for remote access and signals
• Single phase power for simple installation
• Timer operation function

The ALDS is a block assembly consisting of a PFM711 flow switch, EVS7 ISO solenoid valve, and an aluminum manifold. This block installs in the main pneumatic supply line of any machine. During production, the valve delivers up to 3000 liters/min of instantaneous flow directly to the machine. When ready to operate a leak test, a PLC program shifts the valve to direct air through the flow switch. The leak test program then cycles each of the machine's actuators sequentially. The PLC reads the flow switch at the end of stroke of each actuator. Readings are compared to a baseline value to determine a flow differential, indicating a leak. The magnitude and location of each leak can be written to a maintenance report for prompt repair.

The ZB Series Compact Vacuum Unit is an All-In-One solution to your vacuum needs.  The unit includes a vacuum ejector, supply valve, release valve, vacuum break flow adjustment needle, suction filter and silencer in a single unit.  The ZB is an energy saving design with reduced air consumption and reaches vacuum pressure set point quicker than previous models.  The ZB can be used as a single unit or mounted to a manifold of up to 12 stations.

Always striving to make our products even better for our customers, SMC has re-engineered its process pump line-up.  The changes to the process pumps go far beyond a part number change or anything cosmetic.  We have lowered energy consumption, increased flow rates, and given the pump a longer life.

With all eyes looking to manufacturers to be "greener", we have reduced the power required to operate the PB1011A.  Because of its lower power consumption, .35 W compared to the previous .45 W (solenoid type only), your processes will be running with less energy than in the past, thereby saving on your operating costs.

Just because the PB process pump uses less energy, don't think the pump's discharge has been reduced.  It is actually just the opposite.  In fact, the compact large capacity design of the PB1011A and PB1013A allows you to control the discharge flow rate from 8mL/ min. to a maximum 2000mL/ min -- that is 4 times greater than the previous model (4 times greater related to PB1013A).

Changes in design and materials have also increased the life of the pump by 10 million cycles, and the PTFE diaphragm makes it suitable for non-permeating liquids.  Additionally the size is reduced by 25%, and maintenance is even easier.  The fluid passage area has also been improved for better resistance against blockage of foreign matter. Also, due the ability to mount the PB pumps from the side, front or back, you have the flexibility to mount the PB pumps almost anywhere, giving you greater flexibility.