Mitsubishi & Fuji Electric Indonesia: Sensor

Tampilkan postingan dengan label Sensor. Tampilkan semua postingan

Instruments, Automation And Power Distribution

Magnetic Contactor, Magnetic Motor Starter, Thermal Overload Relay, Auxiliary Relay, Control Relay, Mini Circuit Breaker(MCB), Vacuum Circuit Breakers, MCCB, Earth Leakage Circuit Breaker (ELCB), High/ Low Voltage Fuse, Circuit Protector, Disconnecting Switch, Ampere/ Volt Selector Switch, Break Resistor, Infra Red Source, Temperature Controller, Automatic Transfer Switch, Command Switch.

Thermal Overload Relay TR-N6/3 Fuji Electric

Thermal Overload Relay Fuji Electric
Type TR-Series
TR-0N/3,
TR-5-1N/3,
TR-N2/3,
TR-N3/3,
TR-N5/3,
TR-N6/3,
TR-N8/3,
TR-N10/3,
TR-N12/3,

Sensors for Force Measurement

Standard FlexiForce® sensors are ultra-thin and flexible printed circuits, which can be easily integrated into force measurement applications.

FlexiForce® sensors are utilized in many applications to:
Detect and measure a relative change in force or applied load
Detect and measure the rate of change in force
Identify force thresholds and trigger appropriate action
Detect contact and/or touch

FlexiForce Sensor Definition

FlexiForce: (Noun) Pronunciation: flex e fôrs

1. a: a versatile, durable piezoresistive force sensor that can be made in a variety of shapes and sizes; b: a piezoresistive sensing device in which resistance is inversely proportional to applied force;

2. a customizable, economical force measurement tool that is easily integrated into OEM products;

3. a: a patented, ultra-thin (0.008 in.), flexible printed circuit that senses contact force; b: a force and load sensor that is available in three different force ranges, suiting a variety of applications for research and product development/testing

Benefits of FlexiForce Sensors

Greater flexibility
Superior linearity & accuracy (±3%)
Expert technical guidance
Wide range of forces
Sensor output is not a function of loading area
High temperature force measurements (up to 400ºF) available with High-Temp Model (HT201)
Optional sensing area sizes
Off-the-shelf availability for testing & prototyping

Concrete Test Hammer for Finished Concrete Structures and Buildings

Spring impact energy 0,225 mkg.(2,207 Joule) Suitable for finished concrete structures and buildings having strength resistances from 10 to 70 N/sq.mm. This concrete test hammer,entirely produced by Matest, has aluminium frame, and thanks to its very accurate manufacture processing and selected components ensures high precision test results in the time.

The top quality test hammer available on the market. Supplied complete with calibration curve chart in N/mm 2 (Mpa) values, abrasive stone, carrying case.

Spesification

Dimensions: 330X100X100 mm

Weight: 2 Kg

LBG (Italy) Concrete Test Hammer, Model "N" Testing capacity 1500 to 10,000 psi, duly packed in brief case, i year waaranty, service after sale.

EUROSIT (Italy) Portable Concrete Test Hammer Model ECTHA-1000

Products Features :

Testing Capacity 1500 to 16000 Psi,

for testing the quality of Concrete materials to be used in Building Structures, Columns, Slabs, Concrete Floor, Foundation, Concrete Channels, Bridge Pillars, Overhead and Under Ground water Reservoirs, Concrete Repair works etc. Complete with Standard accessories as per enclosed leaflet.

Tags: Concrete Test Hammer, Cone Crusher, crusher, Dutch Cone Penetrometer,Dynamic Cone Penetrometer, Hammer Crusher, Impact Crusher, Jaw Crusher,Material Testing Equipment, Sample Extruder, Stone Crusher

Lubricant level switches SKF for Oils and Fluid Greases

Lubricant level switches for oils

A visual indicator in the form of an oil gauge glass, is installed on most reservoirs. It lets the operator read the lubricant level. Float switches with one to three output signals are generally used for electrical monitoring.

Design of a float switch: A permanent magnet accomodated in the float body operates a reed contact located in the tubular guide. Multiple contacts can be installed in the tubular guide at different heights, thus making it possible to flag different filling levels. An early warning can also be generated (e.g. 25 mm before the minimal lubricant level is reached).

Lubricant level switches for fluid greases

The same principle does not apply to fluid greases. In this case, capacitive proximity switches are used which normally only have one signal output. Multiple proximity switches are required in order to show multiple lubricant levels.

Lubricant level switches for greases

Mechano-electrical, opto-electrical or proximity switches are used to emit electrical signals. A separate electrical switch with a discrete signal output must be used for each lubricant level to be read.

Tags: float level switches, guided radar level sensors, Level indicators, Level sensors, pendulum, rotary paddle switches

Actuator Oil Filter

3-valve manifold, actuator, Actuator CKD, Actuator Oil Filter, After cooler series HAA - HAW, air catch sensor, air suction filter,Air Tank Series AT, Automation Technology, Auxiliary Relay,block valve for vacuum, booster relay, Circuit Protector, CKD Valve, clean gas filter, Cleaning solvent, Compact low hydraulic Cylinder,conflat aluminum flage, Control Relay, Control System, cutting oil filter, defleon, digital pressure switch, digital pressure switch smc, EDM Consumables and Parts, EDM Machines, ELCB, Electrical Motors, electro-pneumatic regulator, flow switch, Fluid Control Products, Frenic, Fuji Electric, heatless air dryer,HEPO Filter element, Honeycomb element, Industrial Automation, Input Output, Inverter, Line Filter, lock-up valve,Lubricator-check, Magnetic Contactor, Magnetic Motor Starter, Magnetic Separator,Mainline filter, MCB, MCCB, Membrandt element, Micromist Lubricator, mist separator, Mitsubishi Electric, odour removal filter,oil cooler, Oil Filter, OMRON, positioner,Power Supply, PP Fiber element, pressure switch, process pump, Processor,Programmable Logic Controllers (PLC), Programming Unit, refrigerated air dryer,heatless air dryer, Return Line Filter, rotary actuator, Rotary cylinder,self-seal fittings, Solenoid Valve, Solenoid valve CKD, Suction Filter,Suction Guard, suction plate, Temperature Controllers,Thermal Overload Relay, vacuum pad, vacuum unit and ejector, water separator, Wire Cloth,

FKE Level Transmitter Fuji Electric

Fuji Electric FKE Level Transmitter Specification
Accurately measure liquid level
• Manufactured by Fuji Electric
• High accuracy 0.1 and 0.2%
• Range ± 32 to 5000 m bar
• Measures liquid, gas, or vapor
• Hazardous area approvals
• Minimum environmental influence
• Fuji/ HART® bilingual communications protocol and FOUNDATION™ fieldbus and Profibus™ compatibility
• Application flexibility
• Programmable output linearization function
• Burnout current flexibility
• Dry calibration without reference pressure ,

Valve and Pneumatic Products

Solenoid valve SMC, actuator, Compact hydraulic Cylinder CKD, Compact low hydraulic Cylinder SMC, Low pressure hydraulic Cylinder SMC, hydraulic Cylinder with improved water resitance SMC, Suction Filter, Suction Guard, Line Filter, Return Line Filter, Solenoid valve CKD, CKD Valve, Actuator CKD, Oil Filter, oil cooler, Magnetic Separator, HEPO Filter element, Honeycomb element, SMC Filter, Membrandt element, Wire Cloth element, Filter for Cleaning solvent, PP Fiber element, defleon, deethane water alkalescence, hydrauclic oil, lube oil, cutting oil filter, After cooler series HAA - HAW, Air Tank Series AT, Mainline filter, refrigerated air dryer, heatless air dryer, mist separator, odour removal filter, water separator, clean gas filter, vacuum unit, vacuum ejector, vacuum pressure switch, suction plate, vacuum pad, air suction filter, free mount cylinder with vacuum pad, filter regulator, flow switch, pressure switch, digital pressure switch smc, air catch sensor, booster relay, lock-up valve, 3-valve manifold, positioner, electro-pneumatic regulator, L-shaped aluminum valve for extra high vacuum, process pump, block valve for vacuum, conflat aluminum flage, digital pressure switch, Rotary cylinder, rotary actuator, Micromist Lubricator, Lubricator-check, self-seal fittings series KC SMC.

Power Supply Wiring on The OMRON PLC

The following example show the proper way to connect the power source to the PLC. Use 1.25-mm2 cables or larger. The terminal blocks have screws with 3.5-mm diameter heads and self-raising pressure plates. For connecting to the terminal blocks, use round crimp terminals for 3.5-mm diameter heads. Directly connecting stranded wires to the terminal blocks may cause a short-circuit.

Power supply wiring on the Omron PLC

Grounding

This PLC has sufficient protection against noise, so it can be used without grounding except for special much noise. However, when grounding it should be done conforming to below items. Ground the PLC as independently as possible. Class 3 grounding should be used (grounding resistance 100? or less). When independent grounding is impossible, use the joint grounding method as shown in the figure below (B). Use thicker grounding wire. Grounding point should be as near as possible to the PLC to minimize the distance of grounding cable.

See the picture below;

Checking the work and making the report
Inspecting installation

After Installation has been done then done inspection of the work quality and wiring. This matter is executed by checking every extension cables at devices and compared with the wiring diagram which has been prepared. Checking extension cables and devices are done by using the assistive equipment like the multimeter and testpen. Matters which require to be paid attention to in inspection for example:

• Whether all Units of the PLC and I/O devices have been attached truly?
• Whether all cables and connectors have been attached compactly according to the wiring diagram and jam in lickety split?
• Are there Loose terminal screws?
• Are there Loose connectors?

Testing installation
Several items which require to be tested in installation of the PLC for example;
Wiring input

Wiring input can be tested by connecting all input devices and see the indicator lamp on Input Units of the PLC. Wiring input of the PLC can be told goodness if the indicator lamp on Input Units is ON.

Wiring output

Wiring output can be tested by using force instruction to output terminal of the PLC. The instruction can be used without waiting the program has been made and can be separated without damage the existing program if the PLC has been programmed.
The following example show forcing at the Omron PLC;

Connect the Programming Console, set the mode switch to PROGRAM mode, and turn ON the PLC
Enter the password by press
Enter the force instruction by press

see the picture below;

Forcing instruction

Grounding Resistance, Insulation Resistance, Polarity

Grounding resistance, and polarity can be tested by using the Multimeter while insulation resistance can be tested by using the Mega ohmmeter. For the grounding resistance has to less than 100 ohm, for the insulation resistance has to more than 1 Megaohm/volt. The polarity of DC voltage require to be retested to prevent the happening of inversed polarity which can destroy the equipments.

Making the Report
The report is made for documentation. With the good documentation and depository of the good administration peripheral, we will be more easy to look for the archives nor things which we need.

PLC OMRON CJ1W-CRM21

Specification:

* CJ-series CompoNet Master Units Increase the Range of Applicability of Sensors and Actuators
* The CJ-series CompoNet Master Unit manages the CompoNet network, controls communications between the PLC and Slave Units, and handles I/ O data and message data.
* Setup is simple. Make the master' s mode settings and set the baud rate, and you' re ready to go.
* Control up to 2, 560 points and 384 nodes with one Master Unit.
* Intuitive memory mapping with separate areas for Word Slave Units and Bit Slave Units.
* Seven-segment display helps with startup and enables prompt detection of problems.
* Collect information from Slave Units using message communications, or use message communications to set parameters.
* Inherits the ease of use of the CompoBus/ S.
* Flexible I/ O allocations with software setting function.etc.

Main Features PXR Micro-Controllers 24x48 (PXR3), 48x48 (PXR4), 48x96 (PXR5) and 96x96 mm (PXR9)

Simple to use and cost saving, the Micro-Controller PXR is available in 4 sizes: 24x48 (PXR3), 48x48 (PXR4), 48x96 (PXR5) and 96x96 mm (PXR9).

The input signal may be of Thermocouple, resistance bulb, voltage or current type.

The command signal may be of relay, transistor or 4-20 mA type. 3 control modes are available: On/Off, PID auto-tuning/self-tuning with fuzzy logic, and heating/cooling (2 control outputs).

Main features
Large LED display,
NEMA-4X / IP66 protection of front display,
Fuzzy logic PID control,
Auto-tuning and self-tuning functions,
24Vdc or 85 to 264 Vac - 50/60 Hz power supply,
Many functions in option (digital input, alarm relay outputs, alarm heater burnout alarm, 4-20mA re-transmission output, 8 steps ramp/soak function, heating and cooling control, RS485-ModbusTM communication),
ISO9001, CE, UL et C-UL approvals.

In addition to existing temperature controllers, PYX and PYH series, and to the multiloop process controller CC-M, Fuji Electric launches a new generation of temperature controllers on the international market.

Costs saver and easy to use, the PXR range of temperature controllers are available with 4 sizes: 24 x 48 (PXR3), 48x48 (PXR4), 48x96 (PXR5) and 96x96 mm (PXR9). They feature either a low level entry input, Thermocouple J, K, R, B, S, T, E, N, PL2 or RTD) or high level entry input, (tension 1-5Vcc or current 4-20mA). Output signal is either relay contact SPDT, SSR or SSC drive, or current 4-20 mA.

In addition to standard control function ON/OFF, HEATING-COOLING (dual output) a fuzzy control function is installed. The main advantages given by this fuzzy control function is a drastic improvement of the controller response time by preventing overshoot, and elimination of transitory status due to external disturbances. Upon set point – measurement offset detection, the fuzzy control function improves the standard controller response time, and consequently eliminates the signal overshoot.

No doubt that this is a very important advantage that Fuji Electric controllers have in the field of application for very precise temperature control where overshoots affect the quality of the finished products.

Temperature controllers also feature auto tuning and self tuning functions for controller automatic parameters adjustment.

Temperature controllers can be power supplied with 24VDC or 85 to 264 VAC (50/60 Hz). They are manufactured as per ISO 9001 Fuji Electric quality standards, and are certified EC, UL, and C-UL. Front face protection is IP 66 with 4 digits set point and measurement displays, and 3 push buttons for operator control and controller set up. Optional extra features are available like : an additional heating-cooling output, a 16 segments set point ramp-soak function, a freely configurable one, two or three set points for absolute, deviation, or zone alarm, a RS 485 MODBUS ® digital communication, one or two freely configurable digital inputs ( set point presetting, alarm acknowledgement, timer), a re-transmission 4-20mA output (set point, measurement, deviation, and eventually a remote set point input).

Tags: Auxiliary Relay, Control Relay, Magnetic Contactor, Magnetic Motor Starter, Temperature Controllers, Thermal Overload Relay

Total Items:
SubTotal:
Tax Cost:
Shipping Cost:
Final Total:

Mitsubishi & Fuji Electric Indonesia