It depends on the samples, the sampler, and what you want to achieve. It may be allright, it may be too much, and it may be not enough.
That's not on topic, anyway. What you seem failing to understand is that old samplers didn't support so high sample rates, and many had "exotic" sample rates. For example, I owned what was the first 16-bit sampler, the Casio FZ-10M (rack version of the FZ-1). Although it used 16-bit samples (up to then samplers used 12-bit, and the first ones even used 8-bit) it used sample rates of 9 kHz, 18 kHz and 36 kHz. And if you choose always 36 kHz, you would end with just a few samples, because RAM was prohibitively expensive back then, and samplers only allowed a very limited amount of RAM, nevertheless.
So, when we are converting samples from those old machines, we have to take into account what sample rates they used, and use a tool that can read and convert from those sample rates. Otherwise, we will be destroying the samples before we can make something useful with them.
