Transmitter Device Dealers in Gulbai Tekra, Ahmedabad

We Offer Vibration Transmitters & sensors. Process Plants that depend on rotating machinery have long recognised that high vibrations are the most obvious indicator of a machine’s condition. By installing continuous vibration measuring devices, optimised plant uptime, maximised productivity and reduced maintenance costs have given organisations a competitive advantage. Apart from these efficiencies, there are also environmental benefits. It is well established that an excessively vibrating machine will consume up to 15% more energy, primarily due to unbalance and or mis-alignment. Recognising these advantages, Indian Industry over the past 10 years has seen an upsurge in the number installed on-line vibration measurement channels. In parallel with productivity gains, plant load factors have progressively risen, especially in the power sector. On average 4 channels or vibration test points per machine train are connected to a continuous monitoring system that, in most plants, is managed from the DCS (Distributed Control System).

• Material: Mild Steel
• Driven Type: Battery
• Color: Blue
• Application: Industrial Use
• Feature: Auto Controller, Durable, High Performance
• Type: Digital Pressure Transmitter
• Country of Origin: India

Digital pressure transmitters differ from their traditional counterparts in their output signal. Instead of a standard 4-20mA current loop, they provide a digital signal like I2C, SPI, or HART protocol. This allows for more complex data transmission and integration with digital control systems. Here's a breakdown of typical digital pressure transmitter specifications, incorporating elements from both analog and digital realms: General Specifications · Pressure Range: Similar to analog transmitters, this specifies the measurable pressure range (e.g., from fractions of psi to thousands of psi). · Accuracy: Expressed as a percentage of full scale (%FS). Typical accuracy remains around ±0.1%FS for good quality models. · Output Signal: This is the key differentiator. Digital transmitters use protocols like I2C, SPI, or HART to transmit digital data representing pressure readings. Performance Specifications · Temperature Limits: The operating temperature range the transmitter can withstand. · Proof Pressure: The maximum pressure it can handle without permanent damage (typically 1.5 to 2 times the upper pressure range limit). · Burst Pressure: The pressure that will cause catastrophic failure (typically 4 times the upper pressure range limit). · Response Time: The time it takes for the digital output to respond to a pressure change (usually in milliseconds). Digital Specifications · Communication Protocol: The specific digital protocol used for communication (e.g., I2C, SPI, HART). This determines how the transmitter interacts with digital systems. · Resolution: The smallest pressure change that the transmitter can detect and represent digitally. Higher resolution translates to more precise measurements. · Data Format: The format of the digital data transmitted by the sensor, which specifies how the pressure value is encoded. Environmental Specifications · Ingress Protection (IP rating): Similar to analog models, this rating indicates the level of protection against dust and water ingress (e.g., IP67 for dust tight and submersion up to 1 meter). · Material of Construction: Materials used in parts coming into contact with the process fluid (e.g., stainless steel, Hastelloy C, Monel). Additional Features · Display: Some models may have a built-in display for local pressure reading. · Calibration: Calibration is necessary to ensure accuracy. Some models offer features like zero and span adjustments for easier calibration. Factors to Consider When Selecting a Digital Pressure Transmitter · Process Connection: The type of fitting used for connection (e.g., NPT, flange, sanitary tri-clamp). · Electrical Connections: The type of electrical connector for power and data transmission. · Software Compatibility: Ensure the transmitter's protocol is compatible with your data acquisition system or controller software. By understanding these specifications and additional factors, you can choose a digital pressure transmitter that aligns with your application's requirements for accurate digital pressure measurement and seamless integration with your digital control system.