Universal Motion Inc.

We offer tilting flume.
The whopping array of tilting flume is accessible under cap of universal motion inc. Even a special gamut of hydraulic tilting flume is high in demand in india as well as in foreign countries.

- Cricital Redius of Inslutating Material Apparatus

- For Educational Training

- Heat Transfer through Lagged Pipes Apparatus

- For Educational Training

Servo Control Computerized  Universal Testing Servo Control Computerized  Universal Testing Servo Control Computerized  Universal Testing Servo Control Computerized  Universal Testing Servo Control Computerized  Universal Testing

- SOLAR FLAT COLLECTOR EFFICIENCY MEASUREMENT

- For Educational Training

- Vapour Absorption Apparatus

- For Educational Training

- COMPUTERIZED HEAT EXCHANGER TRAINER

- For Educational Training

- Wind Tunnel Apparatus

- For Educational Training

Structural Loading Frame

- 50, 100, 200, 300, 500 ton capacity

- For Educational Training Purpose

 

- Petrol Engine Test Rig

- For Educational Training

The optimum quality Vibration Equipment is designed and developed by us on the special demand of the clients. We have carved a niche as the leading Vibration Analysis Equipment Manufacturer and Supplier in India. Vibration Equipment has found its uses in different industries. The increasing demand of it has enforced us to cater a world class quality Vibration Equipment. Moreover we are experts in manufacturing Vibration Testing Equipment that compliance the Indian & international quality standards.

VIB- 01

INTRODUCTION

�EEE� Cam Analysis Machine is a motorised unit consisting of a cam shaft driven by a D.C. motor .The shaft runs in a double ball bearing. At the free end of the cam shaft a cam can be easily mounted. The follower is properly guided in gun metal bushes and can be changed to suit the cam under test. A protractor scale is fitted coaxial with the shaft. Dial gauge is provided to note the follower displacement for the angle of cam rotation. A spring is used to provide controlling force to the follower system.
Weights on the push rod can be adjusted as per the requirement . 2 amp closed type D.C. dimmer is provided for the speed regulation.

RANGE OF EXPERIMENTS

With the combinations of cams and followers provided the following tests can be
conducted.
1. Plotting and analysis of the displacement Vs angle (f) curve.
2. The velocities and accelerations of the follower may be derived and hence inertia forces plotted over the whole lift period. The condition of follower bounce can clearly be shown by carrying out theoretical calculations and graphs from X f curve.
3. Follower bounce can be observed by using a stroboscope (optional).
4. Test can be repeated by changing parameters like various compression springs follower weights and Cam speeds.
The formula relating to the parameters at the point of bounce is.

w = Angular velocity of cam shaft.
S = spring force.
W = Follower weights.
r = Lift of cam.
W+S
w= ------- r.W.

5. To study the effect of follower weights (W) on the speed of bounce.
6. To study the effect of initial spring compression on the speed of bounce.

SPECIFICATIONS

1. Cams :tangent, eccentric, circular arc.
2. Followers :roller, knife-edge, mushroom
3. Compression spring weights :1 kg, 500 gm 100 gm.
4. Motor :d.c. ¼ hp./ 0-1500 rpm.
Speed control unit.
Typical test results: -
1. Jump speed is found decreased with the increasing follower weights.
2. Jump speed is found to increase with the increasing force.

INSTRUCTION MANUAL

A manual is supplied which gives details of the apparatus and procedure of experiments.

SERVICE REQUIRED

Single phase AC. Mains supply of 220V, 50 Hz.
Space required : 1 mt x 1mt

VIB- 2 (Exp - 8)

INTRODUCTION

Figure represents an elastically supported machine rotating at w rad/sec. Let the unbalance mass
m have an eccentricity e. Let m be the total mass of the machine including the unbalance mass 0 m , and k and c the spring stiffness and the damping coefficient respectively in the direction of 0
vibration. Let the mass m make an angle wt with the reference axis, at any instant. Then the 0 2 centrifugal force m w e acts outward from the centre of rotation as shown in the figure. 0 Consider a spring-mass having viscous damping, excited by a sinusoidal forcing function F sin t o as shown in figure at any instant, when the mass is displaced from the mean position through a distance x in the downward direction positive direction of x, the external forces acting on the system are shown in the figure. These forces are
(a) kx in the upward direction
(b) cx in the upward direction.
F sin t in the downward direction o
For practical experimentation electric motor with excentric mass on both sides are used.
To excite spring member in vertical direction (transverse vibration).

RANGE OF EXPERIMENTS

1. To study forced vibration setup
2. To study excitation of excentric mass to generate vibration.
3. To study effect of damping on forced vibrations
4. To draw graph if Amplitude Vs frequency using strip chart recorder.

SPECIFICATIONS

1. Exciter assembly with PMDC motor having excentric masses on both sides.
1 PMDC motor / HP 1500 rpm 12
2. Proxity switch with digital RPM indicator.
3. Strip chart recorder to record sinusoidal vibration at different damping ratios.
4. Control panel with
(a) DC motor speed control
(b) Digital RPM indicator
(c) on / off Switches
(d) Strip chart recording control.

INSTRUCTION MANUAL

A manual is supplied which gives details of the apparatus and procedure of experiments.

SERVICES REQUIRED

A.C. 230 V single phase stabilised supply with earthing connection.
Space required 2 mtr x 1.5 mtr approx.

Structural Loading Frame

- 50, 100, 200, 300, 500 ton capacity

- For Educational Teaching

- PLATE TYPE HEAT EXCHANGER

- For Educational Training

The wonderful range of Tribology Laboratory Equipment is accessible from us. We are available with the exclusive range of Tribology Laboratory Equipment which is of optimum quality. Tribology Laboratory Equipment is offered at such prices which are less than the other places. In addition, we are the market dominating Tribology Lab Equipment Manufacturer and Suppliers in India.

TRB-01A

INTRODUCTION

�EEE� Journal Bearing Apparatus consists of a plain steel shaft encased in a bearing and directly driven by a small electric motor. The bearing is freely supported on the shaft and sealed at the motor end. The motor speed is precisely controlled and adjusted by specially designed control unit and can be run in both directions.
The bearing contains twelve equispaced
pressure tapings around its circumference and four additional ones along its topside and one vertical radial plane. All are connected by light and flexible plastic tubes to the rear manometer panel so that pressure head of oil at all sixteen points can be clearly observed at all times. Oil is supplied to a law pressure region at both ends of the bearings by an adjustable reservoir fitted at the side of the rear panel. The bearing can be loaded by attaching various weights to the arms supported beneath it. A table is conveniently provided at front of the apparatus.

FEATURES

1. Acrylic Bearing Housing allows clear observation of the oil film at all ties
2. Pressure profiles along and around the bearing continuously monitored on large manometer panel.
3. Theoretical pressure profile (Sommerfeld Analysis) can be carried out and compared with practical
results.
4. Wide range of speed and loads possible.
5. Ideal for group studies and demonstrations.
6. DC motor is used with speed control unit.
6. Digital pressure indicator- 1no. for pressure measurement for each tapping

RANGE OF EXPERIMENTS

1. Simple Demonstrations
2. Observation of the pressure profile at the various conditions of load and speed
EXPERIMENTAL INVESTIGATION
3. After noting the pressure profile for any chosen conditions, the following analysis may be
conducted.
4. Plotting the Cartesian and polar pressure curves.
5. Plotting the theoretical Sommerfeld curves. -k sin (2+ncos)
P-P = --------------------------- 0
(1 + ncos)²

SPECIFICATIONS

Journal : 50mm. (Nominal)
Bearing : 55mm.
Weights : 4 adjustable weights of 100 gm each
Recommended oil : SAE 10/40
Motor : PMDC motor with , speed range 500-3000 rev/min in both
Control unit : 2 Amp. Closed type Dimmer.
Pressure Sensor : Digital with -1 to +3 bar pressure range .

INSTRUCTION MANUAL

A manual is supplied which gives details of the apparatus and procedure of experiments along with sample calculations

SERVICE REQUIRED

230V AC single phase electrical supply. 5A 50Hz.

Floor space : 2m width X 1m length Approximately.

TRB- 02

INTRODUCTION

�EEE� Michell Tilting Pad Thrust Bearing
Apparatus provides visual demonstration and measurement of longitudinal and transverse pressure distribution over Michell Thrust Bearing. It provides the study of Reynolds equation by varying speeds, velocity of oil and oil gap. It gives visual demonstration of cavitation. It consists of a belt moving on two equal pulleys driven by a D.C. variable speed motor. The belt dips in the oil tank and carries oil film along with it. This oil passes through tilting pads and develops pressure, which is measured by manometer through the tapings in traverse and longitudinal direction on the pad. Different types of pads can be mounted for the demonstration of hydrodynamic Film lubrication phenomenon of pressure development in this Tilting Pad Apparatus.

RANGE OF EXPERIMENTS

1. Demonstration of pressure development
(a) In Longitudinal direction of Tilting Pad
(b) In Transverse Direction of Tilting Pad
on PC with the use of pressure sensor and interface unit .
2. Plotting pressure variation curve in longitudinal & transverse direction of a pad for three speeds
and pad inclination.
3. Approximate comparison of theoretical and practical values possible.

SPECIFICATIONS

1. Motor: ½ H.P. 1500 rpm. PMDC motor with speed control.(solid state)
2. Multi Tube Manometer: Height 1000 mm.
Tubes : 9 tubes in longitudinal direction
: 7 tubes in transverse direction.
3. Manometer: Common header and tubs in longitudinal direction for cavitation Demonstration.
4. Tilting Pads : Rectangular, Trapezoidal, Circular
5. Oil Tank : 550 mm x 240 mm x 150 mm approximately
6. Digital rpm indicator with proximity switch..
7. Loading Arrangement on pad with springs and hand knob .
8. Electronic pressure sensor with digital indicator having computer interface.
9. Item no 2&3 are used for manual observation of pressure variation.

INSTRUCTION MANUAL

A manual is supplied which gives details of the apparatus and procedure of experiments along with sample calculations

Educational software CD will provided with the equipment

SERVICE REQUIRED

230V AC single phase electrical supply. 5A 50Hz.

Floor space : 2m width X 1m length Approximately.

- Shell and Tube Heat Exchanger Apparatus

- For Educational Training

- Two Phase Heat Transfer Apparatus

- For Educational Training - Heat Transfer Lab

We are offering fluid machine.
Our range of fluid machine is encompassing of conventional fluid machine and fluid control mechanics. Both are available within the different specifications & have different features.