Fig. 1 shows a schematic of the Indus Accelerator Complex. The two sources, Indus-1 and Indus-2, share a common injector system consisting of a microtron and a booster synchrotron. The electrons are generated and accelerated to 20 MeV in the microtron and injected through a transfer line TL-1 into the booster synchrotron where its energy is increased to 450 MeV / 550 MeV. For injection into Indus-1, the 450 MeV electron beam is extracted from the synchrotron and then transported to the storage ring Indus-1 through the transfer line TL-2. This process of production, acceleration and injection is carried out every second till the current is accumulated to 100 mA in the Indus-1 storage ring. For the injection into Indus-2, a 550 MeV beam is extracted from the booster synchrotron and transported to Indus-2 through transfer lines, TL-2 and TL-3. Injection process continues till the beam current reaches a desired level. Subsequently beam energy is ramped to 2.5 GeV. Table.1 lists the main parameters of two synchrotron radiation sources: Indus-1 and Indus-2. Fig.2 depicts the Indus control room from where all the Indus accelerators are remotely operated.

Table 1: Parameters of Indus-1 electron storage ring