
( Brand: Shift Controls ), ( Manufacturer Part Number: IFPA-208-1P-35A ), ( Part Type: Control Panel Heater ), ( Country/region Of Manufacture: United States ), ( Voltage: 208 Volts Ac ), ( Phase S : Single ), ( Full Load Current: 35 Amps ), ( Full Load Power: 7.28 Kw ), ( Power Controller: Scr ), ( Controller Type: Pid, Programmable Ramp/soak ), ( Input Connection: Thermocouple Terminal Block ), ( Power Connection: Terminal Blocks ), ( Environmental Ratin: Nema 4x ), ( Communication: Rs-485 Modbus, Rtu And Ascii ), ( Temperature Retransmit: 4-20 Ma ), ( Alarm Interface: Programmable, Dry Contacts ), ( Input Type: Thermocouple ), ( Enclosure Material: Polycarbonate )
The IFPA-208-1P-35A Temperature Control Panel with PID SC and Thermocouple Electric Heater is an advanced and versatile temperature regulation solution designed for industrial applications. This panel is specifically engineered for countries and regions that utilize the 3-phase power supply system, with a voltage rating of 208V, and a current rating of 15A.
The primary feature of this temperature control panel is its PID (Proportional-Integral-Derivative) controller, which provides precise temperature control by continuously adjusting the output of the electric heater based on feedback from the thermocouple sensor. The PID controller ensures that the desired temperature is maintained with high accuracy, even in the face of changing conditions.
The thermocouple sensor used in this panel is a reliable and accurate temperature measurement device. It is capable of detecting temperature changes in real-time, providing the PID controller with the necessary data to adjust the heater output accordingly.
The electric heater is a powerful and energy-efficient component of this temperature control panel. It is capable of delivering a high amount of heat, making it suitable for applications that require rapid temperature changes or for maintaining high-temperature environments. The heater is also designed for long-term use, ensuring consistent performance over time.
The IFPA-208-1P-35A Temperature Control Panel with PID SC and Thermocouple Electric Heater is equipped with a user-friendly interface, making it easy to set and monitor temperature settings. The panel also includes safety features such as over-temperature protection, ensuring that the system does not exceed its safe operating limits.
In conclusion, the IFPA-208-1P-35A Temperature Control Panel with PID SC and Thermocouple Electric Heater is a robust and reliable solution for temperature control applications. Its advanced PID controller, thermocouple sensor, and powerful electric heater make it a versatile and accurate temperature regulation solution. Its compatibility with 3-phase power supply systems and user-friendly interface make it suitable for a wide range of industrial applications.
Pros of buying an IFPA-208-1P-35A temperature control panel with PID, SCR, and thermocouple electric heater:1. Improved temperature control: The PID (Proportional-Integral-Derivative) controller in the panel ensures precise temperature regulation, reducing temperature fluctuations and ensuring consistent process conditions.
2. Energy efficiency: The SCR (Silicon-Controlled Rectifier) technology in the heater provides efficient and stable power delivery, reducing energy consumption and lowering operational costs.
3. Reliability: The thermocouple sensor provides accurate temperature measurements, ensuring the heater operates efficiently and safely, reducing the risk of equipment failure.
4. Flexibility: The panel can be configured to meet specific temperature control requirements, making it suitable for various applications and industries.
Cons of buying an IFPA-208-1P-35A temperature control panel with PID, SCR, and thermocouple electric heater:1. High initial investment: The cost of the panel and heater can be higher than alternative temperature control solutions, making it a more expensive option for some users.
2. Complexity: The panel may require more technical expertise to operate and maintain compared to simpler temperature control solutions.
3. Limited customization options: While the panel can be configured to meet specific temperature control requirements, it may not offer the same level of customization as custom-built solutions.
Conclusion:The IFPA-208-1P-35A temperature control panel with PID, SCR, and thermocouple electric heater is a reliable and energy-efficient solution for temperature control applications. Its precision and flexibility make it suitable for various industries, but its high initial investment and complexity may make it a less attractive option for some users. If the cost and technical expertise are not a concern, this panel can provide significant benefits in terms of temperature regulation and energy efficiency.
Recommendation:If you require precise temperature control and energy efficiency in your application and have the technical expertise and budget to operate and maintain the panel, the IFPA-208-1P-35A temperature control panel with PID, SCR, and thermocouple electric heater is a recommended option. However, if you have limited technical expertise or a tight budget, alternative temperature control solutions may be more suitable for your needs.
Factory stocked options 24 CDC coil, 120v vac coil input sensor type thermocouple type: k, j custom typically 7-day lead-time thermocouple t, e, n, r,, b, l, u, TX ETD: jpt1 pt1 ni120, cu50 analog: 0-50mv, 0-5v, 0-10v, 4-20ma, 0-20ma connection internal din mount bi-metal screw terminal block a option, mounted to the panel for easy installation. All panels are manufactured in the USA with highest quality components and construction standards. When the enable interlock relay coil is energized, safety power contractor energized and controller put into run mode.
Main branch fuse size panel maximum rated standard protection of heater loads should be sized to at least 125 and not more than power controller manufacturer recommendation the heaters full load current. Factory custom options typically 7-day lead time contact our for other sensor connection. This DE-energizes the safety contractor and places controller in a stop mode.
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The panel design complies with or exceeds ul508a and nec electrical codes. Safety power contractor is physically disconnected from the heater by an when following occurs: safe run switch placed in position over-temperature condition occurs PVC alarm temp a sensor fault ex. All enclosures include an integrated fused disconnect, front mount safe run control switch, and a safety contractor to positively disconnect the heater from power when in switch position, over-temperature alarm state, or thermocouple fault condition.
The nema 4x corrosion resistant enclosure is ideal for your most demanding industrial and laboratory environments. Current-limiting main branch fusing all panels feature which comply with power distribution requirements. Seamlessly integrate your control system with a 4-20ma temperature retransmit, user programmable alarm contacts, rs-485 modbus, and optional external interlock.
Finger-safe ip2x construction the interior of panel is designed and constructed to be fully which can reduce risk accidental contact with energized parts during OSHA Napa 70e allowable work. 8x environmental specifications enclosure material polycarbonate with stainless steel hardware rating nema 4x wash down rated, ip66 ambient temperature 32 to 95 f 35 c indoor use only storage range 4 149 65 relative humidity non-condensing altitude 2000 m or less product safety Shift Controls is committed producing a where paramount. Power is controlled by a zero-cross scr for precise temperature control. The temperature control panel power connections are terminal blocks for easy conduit installation.
External remote enable interlock relay add the ability to remotely and disable temperature control panel. Designs, manufacturers and sells industrial temperature control panels, built with exceptional quality, safety, features, support. Product options Shift Controls understands having the right available reduces installation time and costs.
Thermocouple becomes disconnected the optional external interlock relay is DE-energized this feature ensures power from heater to protect personnel and equipment during a fault, over-temperature condition or when not in use. Call panels will include a set fuses sized for the panel maximum allowable current.
Front panel safe run switch a two-position selector allows an operator to place the temperature control in mode when not use. About Shift Controls, inc. Applications: ifpa series temperature control panels are ideal for controlling 120 volt heat trace and cable, immersion heaters, process gas preheats, retort muffle furnaces, other restive heaters. Control wiring is separated from the main power wiring, through fuse protection, reducing risk to user and connected systems.
The temperature controller offers a robust industrial solution for your control requirements. The temperature input connection is a bi-metal type-k thermocouple terminal block.