​The IS210AEPSG1AFC is a circuit board component manufactured by GE for the Mark VI system

Product description
​The IS210AEPSG1AFC is a circuit board component manufactured by GE for the Mark VI system. Part of GE’s long-popular Speedtronic series, the MKVI is a management system for heavy-duty steam or gas turbines. The series was produced by GE from 1969 (release of the Mark I) through the 1990s (release of the Mark VI and Mark VIe). Mark VI uses both application-specific and general applications to regularly monitor turbine purpose inputs/outputs for issues such as shaft voltage increases, temperature problems, flame detection, and vibration.
​The IS210AEPSG1AFC is a small rectangular board with a large number of components. The board is used as a power supply board. The board is drilled at every corner and drilled at multiple locations inside the board. The IS210AEPSG1AFC has components such as transformer, inductor and power supply. The board also has twelve fuses. These are placed on the board as a row of four and four against two. Most fuses are placed in quick-connect fuse holders.

​The IS210AEPSG1AFC has a rheostat assembly. A rheostat is a variable resistor. The plate has several metal film resistors. Capacitors on the circuit board include capacitors made of polyester vinyl, ceramic capacitors, and high-voltage electrolytic capacitors. The board includes a plug-in connector, heat sink, plug connector, pin connector, and LED indicator. Transistors are usually located near heat sinks. The board also uses TP test points and integrated circuits. For more information about the installer, see manufacturer publications. B&r applications, including mappAudit, provide the audit trail functionality required by the pharmaceutical industry to meet FDA 21CFR Part 11 electronic data certification, and mappPackML provide production data connectivity between MES systems in pharmaceutical plants, such as OEE, quality, and production status parameters. mappUser and mappRecipe provide user and formula management, which enables the machine to have powerful data capabilities and integrate into the digital management of pharmaceutical plants.