Industrial Control System Dealers in Pawane, Navi Mumbai

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• Automation Grade: Semi-Automatic
• Phase: Three Phase
• Power Source: Electric
• Voltage (V): 330 - 480
• Frequency (Hz): 50 - 60
• Capacity (Amp): 100
• Coating: Painted
• Temperature (Deg. Celsius): 30 - 45
• IP Type: IP55

• Feature: Shock proof finish, Superior performance
• Phase: Three Phase
• External Size: Customized
• IP Rating: IP54

To protect our entire range of products from external factors that can be damaging, we have a state-of-the-art packaging unit equipped with the latest secure packaging technologies and materials. We offer secure online and offline payment processing methods. The transaction, done through online mode, is instantly forwarded to the payment system. We also accept bank account transfers, cash payments, etc. Power Distribution Panel Board has excellent dimensional accuracy with heat and chemical resistance. 

Conventional Traditional fire alarm panels installed prior to 1998 were conventional zone panels. In a zoned system, fire alarm devices in a common area or floor of a facility are connected to the same alarm initiating circuit. Each zone requires its own circuit conductor. This arrangement allows alarm annunciation to be reported by areas of the building to identify which device is in alarm. Conventional panels are often used in small facilities where a few zones can provide sufficient alarm annunciation.  Addressable With the advent of microprocessors and digital electronics, addressable fire alarm control panels and devices have become more common than conventional systems for medium and large-sized facilities. They have become more cost effective in some small applications as well. Addressable fire alarm systems use digital encoding and multiplex technology to more accurately identify alarm locations and device conditions. Each fire alarm device in a system is programmed with a unique address. The fire alarm control panel is capable of communicating with a single address or a group of addresses depending on the functions required. The communication is often multiplexed over a common cable, sometimes referred to as the signaling line circuit (SLC). This arrangement significantly reduces the amount of cabling necessary to install the system. The communication channel allows two-way communication, thus enabling the fire alarm control panel to control as well as monitor fire alarm devices. A significant component of addressable fire alarm system is the software programming necessary to make the system function correctly. The programming allows for flexible applications where you want to have specific control over the inputs and outputs. The communication technologies employed in addressable systems allow for advanced features to accommodate sensitivity changes due to age and accumulation of dust prior to maintenance. These features are not available with the standard conventional system.   Fire Alarm Devices Automatic Detection Components of a fire consist of: Smoke (particulate and aerosol) Heat Light Radiation Fire detection devices are built to detect one or a combination of these components. While all components are necessary for a fire to exist, all components may not exist at a detectable threshold. Detectors will be selected that will detect the elements that may exist in a fire for the ambient conditions that are present. It also should be realized the similar non-fire components might exist in the same ambient conditions, which could cause unfavorable false alarm conditions. Devices used for fire detection include smoke detectors, thermal detectors, flame detectors, fire-gas detectors, and other devices. Smoke detectors sense visible or invisible particles of combustion generated by burning, smoldering, or the incipient stage of combustion. These devices fall into two categories -- photoelectric and ionization. Thermal detectors sense the high temperature or the temperature rise caused by a fire. Flame detectors sense the radiation produced by a fire. Fire-gas detectors sense the gases produced by a fire. Other detectors sense some phenomenon other than smoke, thermal, flame, or fire-gas to detect a fire. Smoke Detectors There are three types of smoke detectors: Ionization, photoelectric, and combination.   Ionization The ionization smoke detector is widely used. Its capability to detect smoke originating from fire is best utilized for clean-burning fires that produce small particles during combustion.   The ionization smoke detector consists of an alpha particle producing a radioactive source, a smoke chamber, and charged detector plates. The alpha source causes the air within the smoke chamber to become ionized and conductive As smoke particles enter the smoke chamber, the smoke particles attach themselves to the ionized air molecules and the air in the chamber becomes less conductive When the air conductivity within the chamber drops below a predetermined level, the alarm is triggered Advantages of Ionization Smoke Detectors: Detects invisible products of combustion -- It can detect fires that are in the incipient stage or detect other aerosol-type smoke products Quick acting -- Provides for earlier detection than other types of smoke detectors or thermal detectors

The Electric Solar Panels that we offer are extensively used to convert the sunlight into electricity. These Solar Panels are made using high-grade components and appreciated for durability and corrosion resistance. Solar Panels that we offer are used for providing electricity to various sectors like residential, commercial, industrial, etc. Our Solar Panels are highly energy efficient and available at very affordable rates.

• Application: Office, Restaurant, Railway station
• Color: Black
• Driven Type: Electric
• Warranty: 2years
• Fingerprint capacity: 100000
• Reading Distance: 1 meter

• Features: High efficiency , Long functional life , Easy to use
• Item Code: A-701

• Color: Brown, Grey, White, Blue
• Voltage: 110V, 220V
• Body Material: ABS, Mild Steel, PVC
• Phase: Double Phase, Single Phase, Three Phase

It is Metal clad type & having type tested design suitable for PLC/SCADA/DCS system & remote operations along with fault annunciation for motor control & power control panel.

Networks panels & control is a sole proprietorship firm, involved in manufacturing and supplying a wide range of pcc panels in india.

• Type: Electrical Panel
• Shape: Rectangle
• Certification: ISO 9001:2008
• Frequency: 50Hz, 60Hz
• Connection Type: 4 Way

We are the main supplier of this product.

This type of Fire Alarm System detects the fire zone wise and activates the alarm on detection. Maximum 20 detectors can be considered in one zone. This is very cost effective solution and generally installed in the small commercial premises .These Panel has got only relay outputs and only used for ONOFF operations ( limited capacity).

A Fire Alarm Control Panel (FACP), or Fire Alarm Control Unit (FACU), is the controlling component of a Fire Alarm System. A fire alarm system is number of devices working together to detect and alert people through visual and audio appliances when smoke/fire is present. These alarms may be activated from smoke detectors, and heat detectors.

Features : Highly safe and Reliable Tailored Control using DOL Starter / Star-Delta starter /VFD High performance & low maintenance Sturdy Construction with sufficient cable space for providing connections Easy Operation Description : Motor Control Centre (MCC) Panel is the modern amalgamation of motor starters which usually consist of feeders for pumps, motors & blowers. We manufacture high quality MCC panels depending upon the application it is going to serve or as per client’s specifications. Feeders are always designed on the basis of motor ratings (kW/HP) & the protection that the motor requires. We provide MCC panels with auto/manual/remote provision, so controlling them becomes easy as the situation demands. Used In:   Automobile Industries Textile Industries Cement Plants Chemical Plants Pharmaceutical Plants Sewage plants Hydropower Plants

In a large solar photovoltaic (PV) array, multiple solar modules are connected in series in a string to build the voltage up to proper levels for the inverter. Multiple strings of solar modules are then combined together in parallel to multiply the string output currents to higher levels for input into the inverter. The combiner box is a device that combines the output of multiple strings of PV modules for connection to the inverter. It is typically used in the larger commercial and utility scale PV power plants. The combiner box commonly houses the input overcurrent protection fuse assemblies for several strings, as well as the combined bus of those inputs into a single main output. Combiner box may also house several other components for the site, such as a DC disconnect, surge protective devices(SPD) and, in some cases, string monitoring hardware for SCADA system.

We manufacture & design all types of the HMI Control Panelsas per the design or customer requiremnts

We have emerged as the leading manufacturer and supplier of premium quality LT Switchgear Panel. This LT Switchgear Panel is developed by the experts using optimum quality components and advanced technologies. Our offered product is rigorously tested by our quality controllers on various quality parameters in order to deliver flawless range at clients' end. This offered panel is can be availed by the customers in variegated specifications.