ENKAY ENTERPRISES

Rajendra Place, Delhi

• Spindle speed100-3000 rpm
• Center distance460mm (14”)
• Bed width100mm (4”)
• 200mm (7.9”)100mm (4”)
• Swing over bed200mm (7.9”)

A complete power supply with compressor, together with a work surface and the components conveniently stored on a panel, provide everything needed to understand this fluid power technology. The compressor is limited to 60 PSI for classroom safety. Specifications The entire learning system is enclosed in a portable and lockable impact-resistant polyethylene storage case. It consists of an experiment station, a component kit, a visual aids chart and a set of courseware that includes a trainee activity manual and an instructor's reference guide. Experiment Station The steel reinforced interior lower panel contains a complete pneumatic power supply and circuit mounting plate. The power supply includes a piston-driven air compressor capable of 60 PSI, equipped with a safety relief valve. The compressor is connected to an air storage tank made of 1/8" welded steel that is monitored by a pressure limit switch to prevent the compressor from running constantly. A regulated (0 to 100 PSI) 2-port distribution manifold with air shut-off valves is also provided. The compressor can be disconnected to allow use of an external air supply. The circuit mounting plate is made of a 1/2" extruded and anodized aluminum T-slot slider bar and includes four component mounting brackets. The entire experiment work station can easily be removed from the case for table-top use.  Component Kit The kit includes 22 components and instruments to provide a solid understanding of pneumatic technology and how it is applied in the real world. It also includes 20 feet of air hose. Most components are clear for internal observation. They are student mountable for versatility in building circuits and designing applications as well as for promoting dexterity in their use. All devices have industrial grade brass quick-disconnect fittings. The component storage panel is color coded, clearly labeled and silhouetted for component identification and inventory. The components are securely mounted but can be released quickly, and the panel is removable for wall mount or table-top use

Among the 30 mechanical components are a variety of gears, pulleys and assemblies. In the Application Laboratories section of the manual, trainees use the components to design their own solutions to meet common problems that occur in industrial and everyday situations. Trainees will understand and visualize the basic elements found in simple to complex machines. Specifications The entire learning system is enclosed in a portable and lockable impact-resistant polyethylene storage case. It consists of an experiment station, a component kit and a set of courseware that includes a trainee activity manual and an instructor's reference guide. Experiment Station The steel reinforced interior lower panel provides a flexible set-up apparatus and acceleration track assembly that facilitate the mounting of all mechanical components and assemblies for experiments. Construction is of anodized aluminum, and all connections are made with thumb screws so that no tools are necessary for use. The entire experiment station can easily be removed from the case for table-top use.  Component Kit The kit includes 40 mechanical components and instruments to provide a solid understanding of mechanical power transmission methods and their use in the real world. All components are trainee mountable for versatility in building circuits and designing applications, as well as for promoting dexterity in the manipulation of mechanical devices. The component storage panel is color coded, clearly labeled and silhouetted for component identification and inventory. The components are securely mounted, but can be released quickly. The panel is removable for wall mount or table-top use.

A Comprehensive, Self-Contained System that Familiarizes Trainees with Hydraulic Technology and its Applications A complete power supply with a pump and fluid reservoir, together with a work surface and the components conveniently stored on a panel, provide everything needed to understand this fluid power technology. The pump is designed to operate at approximately 25 PSI for safety. Specifications The entire learning system is enclosed in a portable and lockable impact-resistant polyethylene storage case. It consists of an experiment station, a component kit, a visual aids chart and a set of courseware that includes a trainee activity manual and an instructor's reference guide. Experiment Station The steel reinforced interior lower panel contains a complete hydraulic power supply and circuit mounting plate. The power supply includes a sealed ½" clear cast acrylic reservoir with a 3-port return manifold, a centrifugal pump (with relief line) set at 25 PSI maximum for classroom safety, and a regulated (0 to 100 PSI) 2-port distribution manifold. The circuit mounting plate is made of a ½" extruded and anodized aluminum T-slot slider bar and includes three component mounting brackets and two cylinder mounting brackets. The entire experiment station can easily be removed from the case for tabletop use.  Component Kit The kit includes 18 components and instruments to provide a solid understanding of hydraulic technology and how it is applied in the real world. It also includes 11 hoses. Most components are clear for internal observation. They are trainee mountable for versatility in building circuits and designing applications as well as for promoting dexterity in their use. All devices have industrial/laboratory grade poppet check quick-disconnect fittings. The hoses and components are precharged with oil. The component storage panel is color coded, clearly labeled and silhouetted for component identification and inventory. The components are securely mounted but can be released quickly, and the panel is removable for wall mount or table-top use.

CNC-500 Pneumatics Robotics Module Desktop Robotic Training System for Teaching PLC Control, Robotic Technology, and Pneumatic Applications Pneumatic Robotics Module is an introductory robotics educational system designed to provide students with an understanding of how pneumatic components work together in a pick-and-place robotic arm application. The student learns how to create, edit, run and monitor robot programs using a programmable logic controller (PLC) using ladder logic computer programming software. Specifications Pneumatic Robot Arm features: 1. Three axes of motion, four degrees of freedom and a gripper using cylindrical coordinate arm geometry. 2. Industrial pneumatic gripper with removable fingers for greater flexibility. 3. Flow control valves for speed control of the base, extension, and elevation motions. 4. Safe operating pressure of 60 psi (Recommended). Handheld Pendant features: 1. Control box for axes control includes four three-position toggle switches. 2. Built-in 24 VDC power supply. 3. Four plug interface harness for connection to the MB505 Valve Pack. Programmable Valve Pack features: 1. Terminal strip and four pneumatic solenoid valves (24 VDC). 2. Eight-port distribution manifold. 3. Flow-controlled input port on the manifold and a protective shield over the terminal strip for safety. 4. Easy electrical interface harness to PLC.

CNC-600 Principle of Industrial Sensors A Comprehensive Approach to the Use of Sensing Devices in Industry It features over 25 hours of instruction in limit switches and fiber optics, infrared and proximity sensors. Each section includes an introduction to components, principles of their use and applications. The modular format allows self-teach/self-paced or group instruction. Specifications Experiment Station: The learning system was developed to address identification, application and design of sensing systems. It is enclosed in a portable and lockable storage case made of impact-resistant polyethylene. The interior holds the sensor control unit, the power pack with input/output terminal strips, the SenSelect software and the sensor component kits. The mounting bracket and hardware for mounting the sensors are included, as well as an experiment work surface made of a ½" extruded and anodized aluminum T-slot slider bar. The work surface can be removed from the case for setting up sensor experiments with other equipment.  Component Kit: The kit includes the six different types of sensing devices that are necessary for mastering the curriculum objectives, a roller lever limit switch, a standard lever limit switch, a diffuse-reflective fiber optic cable (with base unit), a thru-beam fiber optic cable (with base unit), an infrared sensor and a proximity sensor. Application components for conducting experiments with the sensors include a 12.5-volt pilot light, mallory sonalert alarm, a color board and steel, brass and aluminum plates.

The Explorer II is one of four building blocks in the advanced Explorer Series of technology systems. The other advanced modules address the principles and applications of industrial pneumatics, electromechanics and programmable logic controllers. They are designed to interface with the Explorer II, and can be brought together using mobile benches available from TII. A major advantage of the TII system over traditional training programs is that each segment can also be operated separately, giving trainees more space and instructors greater flexibility. Specifications The Explorer II is a complete education/training system that covers hydraulic technology in its four areas of instruction: Fundamentals, Applications, Physical Properties and Maintenance. It is constructed of an extruded and welded aluminum "U" channel frame with a formed sheet steel shell. The system is modular in design so that it may be used as a stand-alone table, on a counter top or integrated into a bench configuration with other TII trainers. The panel includes two sections: 1. The Instrumentation Section of the panel is mounted at eye level for easy reading of gauges. The panel is constructed of 16 gauge chrome plated and brushed steel. All gauges, cylinders and other instruments have been identified in large lettering on the panel. The Instrumentation Section includes a system pressure gauge, two in-line pressure testing gauges, a four-port pressure manifold, a four-port return manifold, a 24-volt DC power supply and a momentary switch with output jacks.  2. The Component Panel is mounted at an angle for ease of use when building circuits. It is constructed of 16-gauge chrome plated and brushed steel and all instruments are clearly identified. The component panel includes: a 4-way, 2-position solenoid directional control valve; a relief valve; a sequence valve; a pressure reducing valve; a compensated flow control valve; an uncompensated flow control valve; a needle valve; a check valve; a double acting cylinder (5" stroke, 1-1 /16" bore); and a double acting cylinder (5" stroke, 1-1 /2" bore). The Work Surface at the bottom of the component panel is used for conducting experiments and 

A Comprehensive, Self-Contained System that Familiarizes Trainees with Electricity & Electronics and their applications The entire system is enclosed in a portable and lockable impact-resistant polyethylene case. It consists of an experiment station, a component kit, a visual aids chart, and courseware. All necessary hardware and components are included. Specifications Experiment Station:   The bottom panel is the experiment workstation. Electrical components are hard-mounted and connected using patch cords and banana jacks to create electrical circuits. The panel is reinforced with a steel box which also protects the components. The station is protected with an internal fuse and circuit breaker, and maximum voltage is limited to 12 VAC and 12 VDC. Component Kit : The top panel is labeled and silhouetted for loose component identification and inventory. Loose components are supplied to allow students and trainees additional versatility in building circuits. A multimeter and magnets are included. For advanced applications, a breadboard is included. Both panels can easily be removed from the case for table-top use.