*A. Jhingan1, B. R. Behera2, S. Mandal3, P. Sugathan1, N. Madhavan1, J. Vesic4, S. Pietri4, P. Boutachkov4, M. Gorska4, H. Schaffner4, I. Kojouharov4, J. Gerl4, H. J. Wollersheim4. 1Inter University Accelerator Centre, P. O Box 10502, New Delhi – 110067 2Department of Physics, Panjab University, Chandigarh- 160014, India 3Deptartment of Physics and Astrophysics, Delhi University, Delhi - 110007, India 4Gesellschaft fur Schwerionenforschung, Planckstrasse 1, D-64291 Darmstadt, Germany * : akhil@iuac.res.in, jhinganakhil@gmail.com In the scope of future slowed down beam campaign at low energy branch (LEB) in NUSTAR, developments have been initiated for a charged particle detector setup for secondary reaction studies. The fast beam, comprising of radioactive species, from Super FRS (cocktail in nature @ 106 pps) will be slowed down in a degrader to Coulomb energies. The resultant output will have a poor quality in terms of energy spread (3 MeV/A to 10 MeV/A) and spot size (~ 5 cm FWHM). For characterization of the slowed down beam, transmission type beam tracking detectors (based on MWPC) are being designed to have time resolutions ~100 ps, position resolutions of ~ 1 mm (in two dimension) and high count rate handling capability (~ 1 MHz). For the nuclear charge (Z) identification of secondary beam species (after the super FRS), it is proposed to develop a high rate gas ionization chamber with stacked tilted electrodes and multiple differential energy loss signals. For experiments with secondary beams, it is proposed to develop a particle identification system based on silicon strip detectors, which will provide energy, timing, position and differential energy loss (DE) information of the secondary reaction products. Development of high density low noise preamplifier to provide energy and timing information has also been initiated. The design details and detector development for the same at IUAC will be presented.