air compressor controller, compressor controllers, Ingersoll-Rand Montreal, Quebec, Aylmer, Gatineau, Shawinigan

4-Logic controleur pour multiples compresseurs. Panneaux ou un paneau. Controle plusieurs compresseur a la fois. Controls several compressors at a time. Controllers with panel. Pannels

Ingersoll-Rand X4i Compressor Controller

Features:
• As much as 20% to 60% of the energy used to run compressed air systems is wasted due to:
• Running more compressors than required – whether fully loaded, partially loaded or unloaded;
• Maintaining elevated system pressure to providea safety margin for peak demand.

Reduce Your Existing Equipment Operating Costs!

Using the Ingersoll Rand X4I System Controller to manage a multi-compressor system creates opportunities for savings and increased reliability. Keeping compressors off-line until actually needed eliminates unloaded running costs and creates reserve capacity. The example provided shows an annual energy savings of 32%, based on 8,000 hours at 0.08 $/kWh. This example assumes a typical four 25 hp/18 kW system.

Connectivity, Communication, Control – The Ingersoll Rand X4I System Controller is the Nucleus of Your Air System. The Ingersoll Rand X4I System Controller is one solution that quickly pays for itself, without compromising any of your previous compressor or air system capital investments. But beyond paying dividends in energy savings, it also provides ancillary savings in terms of labor, maintenance and resource utilization—here's how:

Specifications : X4I System Controller

Max. # Units : 4 Compressors
Dimensions : 9.45" x 11.45” x 6.0” (241 mm x 291 mm x 152 mm)
Weight : 14 lbs. (6.4 kg)
Mounting : Wall, 4 x Mounting Screws

Enclosure : IP65, NEMA 4
Power Supply : 115 VAC +/- 10% (60 Hz) , 230 VAC +/- 10% (50 Hz)
Temperature : 32°F to 115°F (0°C to 46°C)
Humidity : 0% to 95% Rh Non-Condensing

PDF Documents : • Brochure • Specifications Sheet • Mutiple air compressor Interconnection Guide

Anti-Cycling – Continuous monitoring of system pressure and rate of change, plus advanced control algorithms, prevent unnecessary compressor cycling.
Priority Compressor Selection – Minimize energy requirements by using your least efficient units only when absolutely necessary.
Variable Energy Control – Designate one or more compressors to carry the base load, and let one variable speed compressor adjust the trim load as required.
Equal Hours Control – Ensure equal use of matching compressors regardless of fluctuating demand requirements.
System Standby – Maintain compressors off-line to minimize losses due to system leaks in pressurized systems idle during non-productive periods.

Ingersoll-Rand 4-Logic Controller

Avantages :
• Rotary or Reciprocating control methodology
• 24/7 time clock set (stop/start time)
• By-Pass control
• In the event of control system power loss - revert to local compressor control
• Security lockout – (tamper proof keypad)
• Simple installation & set up
• 80-hour battery backup in the event of a power failure
• Will work with any pressure switch controlled machines. (110/240V 50-60hz-control voltage)

4-Logic Controller

Logic Compressor Control enables you to operate up to four (4) compressors in the most efficient way possible. Via a single pressure transducer mounted in your air system, a signal is sent to the 4Logic controller, which will sequence machines to perfectly match your systems demand for air. This will minimize running costs and equalize the loading on each compressor.

4-Logic controleur pour multiples compresseurs. Panneaux ou un paneau. Controle plusieurs compresseur a la fois. Controls air system pressure and flow from tank to the air system. Regulateur et controle de pression pour reservoir et reseau d<air comprime.

Ingersoll-Rand PacE

Réduction des coûts énergétiques avec PacE

Avantages :

• Économies d’énergie = 7% pour chaque bar gagné sur la pression du système.
• Un seul contrôle régulé pour l’ensemble du système.
• Protection de tous les équipements en aval.
• Prolongement de la durée de vie des équipements et réduction des coûts de maintenance.
• Simplicité d’installation et d’utilisation.
• Débit nominal maximum de 7,4 m3/min pour la vanne de 25mm.
• Allège la charge des compresseurs en réduisant la quantité d’air perdu du fait des fuites.

PacE
Installing a PacE unit will be the best decision you can make. Storing air at high pressure is good working practice. The higher your stored pressure, the more volume you will have in your tank to meet peak system demands. But letting high pressure air into your system is the worst thing you can do. PacE prevents high-pressure air from entering into your system, providing protection for all your down stream production equipment. Over pressurizing tools and pneumatic components greatly reduces their life expectancy and leads to malfunction, costly repair and or replacement. In addition to protecting your equipment, PacE will reduce your energy costs and provide valuable extra capacity from your air compressor.

Ingersoll-Rand AirLock AIr Flow Controller

Features:

• 100% control of air distribution within your facility
• Ability to segment certain equipment, systems, and whole areas of your facility
• Conserve energy and save money by decreasing your air compressor’s run time
• Gain valuable extra capacity from your air compressor by reducing air leaks and abandoned users
• 1” – 6” sizes are available

AirLock
You wouldn't want to pay for electricity or water you're not using. So why pay for unused compressed air? The AirLock™ Flow Control Valve lets you deliver compressed air only when and where you need it. This results in zero air loss during periods of non-use, extra compressor capacity, and lower operating costs.

With its programmable timer, AirLock™ can automatically shut off compressed air any time, any place. It's ideal to use after a shift or during long periods of inactivity, and you can use it in a specific area or even for your entire facility. So don't let your money evaporate into thin air. Lock in your savings with AirLock™.

Ingersoll-Rand Intellisys Energy Optimizer

ENHANCE RELIABILITY
Control up to 8 rotary screw or reciprocating compressors from ANY manufacturer
Continuous monitoring of system air quality

SAVE ENERGY
Overcome the problems associated with compressor trains
Eliminate cascading and reduce the control pressure band
Optimize Ingersoll-Rand’s NIRVANA compressor in a system

INCREASE PRODUCTIVITY
Automate compressor control
Real-time clock gives the user the power to optimize compressor scheduling to meet varying plant demands

Ingersoll-Rand Air System Controller

The Air System Controller (ASC) provides a window into the compressor room by making the raw data available to plant operators and managers in formats that are easy to understand plus provide substantial ENERGY SAVINGS. The ASC utilizes a Machine Interface (HMI) Software specifically designed by Ingersoll-Rand for Compressed Air Systems.
Functions include:

Features:

• Total System Control & Remote Monitoring
• Total System Control - Compressors, Dryers, Cooling Towers, Pumps & Accessories
• Energy Management - Stable System
• Pressure & Load Sharing
• System Benchmarking & Data Management
• Enhanced Communications

System Requirements:
         - Windows 2000 Server Software
         - Java Scripting
         - Structured Query Language
         - Extensible Hypertext Markup Language

         Pentium IV PC or Server1.4 GHz CPU
         256 MB RAM
         40 GB Hard Drive
         Ethernet Card
         CD-ROM Drive

Ingersoll-Rand Air System Manager
The Air System Manager (ASM) provides a window into the compressor room by making the raw data available to plant operators and managers in formats that are easy to understand plus provide substantial ENERGY SAVINGS. The ASM utilizes an "off-the-shelf" Machine Interface (HMI) Software which is specifically customized for Compressed Air Systems. Functions include:

Features

• Total System Control & Remote Monitoring
• Total System Control - Compressors, Dryers, Cooling Towers, Pumps & Accessories
• Energy Management - Stable System Pressure & Load Sharing
• System Benchmarking & Data Management

System Requirements:
       Wonderware InTouch (standard)
       Intellution iFix
       Cimplicity
       RS View
       Factory Link
       Pentium IV PC or Server

Pentium IV PC or Server
1.4 GHz CPU
256 MB RAM
40 GB Hard Drive
Ethernet Card
CD-ROM Drive

Ingersoll-Rand Intelliflow

Features:

SAVE ENERGY
- Stabilize demand side pressure at minimum acceptable level
- Eliminate artificial demand
- Reduce losses due to air leaks

INCREASE PRODUCTIVITY
- Provide consistent repeatable tight pressure control
- Eliminate rapid cycling of compressors

ENHANCE RELIABILITY
- De-couple supply side from demand side

Operator User Interface (OUI)

Ingersoll-Rand CMC Control Panel Retrofits
The Ingersoll-Rand CMC Microcontroller was designed and developed to control and monitor
a variety of equipment. Ingersoll-Rand owns the hardware design as well as the state-of-the-art
software algorithms. An ISO 9001 supplier manufactures it to Ingersoll-Rand’s strict quality
standards. The CMC utilizes an easy to program ladder logic format which allows it to be
retrofitted on virtually any product.

FeaturesPerforms all control and monitoring functions
Design enable to utilize three (3) boards for: -69 (4 - 20 mA) Analog Inputs -48 (24 vDC) Discrete Inputs -48 (24 VAC) Discrete Outputs -Current Transformers (0 - 5 amp) -Speed Sensor
Base Control Module (BCM)

240 x 128 Graphical LCD screen
Easy to Read - Folders & Pages design
Touch Pad Overlay
Multiple Language Support (over 24 supported)
Universal Communications Module (UCM)

       Connect up to 3 Communication Modules
       Access to all parameters
       Modbus and DF1 internally supported
       Modbus Plus & Profibus through communication cards

Ingersoll-Rand Intellisys Systems Manager

Features

Réglages du bout des doigts!
CONTROLEZ JUSQU'A 4 COMPRESSEURS A VIS OU PISTON DE TOUTES MARQUES OU MODELES
• Plage neutre à pression minimum : 0,2 bar (sous réserve d'un réservoir de capacité adaptée).
• Alarme de limite de pression haute – pression à laquelle l’ISM met hors charge immédiatement
tous les compresseurs.
• Alarme de limite de pression basse – pression à laquelle l’ISM déclenche une alarme.
• Intervalle de changement de séquence – intervalle (en heures de fonctionnement de l’ISM) auquel l’ISM
changera la séquence.
• Délai de démarrage – minuterie qui empêche un certain nombre de compresseurs de démarrer
en même temps.
• Temps de réaction – définit le délai de réponse aux événements du système.
• ISM peut contrôler jusqu’à 4 compresseurs, commandés par pressostat ou microprocesseurs.SAVE ENERGY
Overcome the problems associated with compressor trains
Eliminate cascading and reduce the control pressure band

INCREASE PRODUCTIVITY
Automate compressor control