%----------------------------------------------------------------------
\documentstyle[twoside,11pt,rep11n,epsfig,rotating,fancyheadings,here]%
{report}
%----------------------------------------------------------------------
%             page style 
%             ----------
\def\figurename{{\bf Fig.}}
\def\tablename{{\bf Table}}
%\nofiles
%\psdraft
%
%
%  position of the text on the page
\oddsidemargin=-6mm
\evensidemargin=-6mm
\topmargin=-10mm
\headheight=0.5cm
\headsep=0.5cm
\textheight=250mm
\textwidth=170mm
\topskip=1.1cm
%\footskip=2.0cm
%\footheight=0.8cm
\jot=12pt
\raggedbottom
%\parskip0ex plus0.1ex
\parskip1mm
\parindent1.5em
%
% create my own head/foot layout using the "fancyheading" style file
%
\pagestyle{empty}

%---------------------------------------------------------------------
\begin{document}
%
%--for floats (i.e. figures or tables)
\renewcommand{\topfraction}{0.8}
\renewcommand{\bottomfraction}{0.8}
\renewcommand{\thefootnote}{\fnsymbol{footnote}}
%

\fboxrule=0.5mm
\fboxsep=3mm
\parindent=0pt

%------------------------------------------       
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\begin{sidewaysfigure}
%\begin{table}[p]
\renewcommand{\arraystretch}{0.90}

\begin{center}
\noindent
{\bf Table~3:} Quality control tests for all drift tubes at the chamber production sites
\vspace{2mm}

\begin{tabular}{lllcl}

\hline\hline
& & & &\\
{\bf Test} & {\bf Acceptance criteria} & {\bf Reaction if failed} & {\bf Data base} & {\bf Comment} \\ [1mm]
\hline

& & & &\\
\multicolumn{5}{l}{\bf Drift tube} \\ [1mm]

Room temperature & $20\pm 2^\circ$C & adjust & local & during tube tests \\
& & & &\\

Relative humidity      &                   &        & local & monitoring    \\
({\bf optional}) & & & &\\
& & & &\\

Temperature of tube & $20\pm 1^\circ$C & adjust temperature & local & during tube assembly \\
                    &                   & or tension         & &\\
& & & &\\

Temperature of tube & known within $\pm 1^\circ$C & repeat measurement & central & during wire tension measurement \\
& & & &\\

Wire tension             & within $\pm 5\% $      & reject drift tube & central  & 1: shortly after tube wiring \\
(oscillation frequency)  & of the nominal value   &                   &          & 2: after min.\ two months, before assembly \\
                         & at $20\pm 1^\circ$C   & & &\\
& & & &\\

Wire location      & within $\pm 25~\mu$m of the & reject drift tube,  & central & sample test on day of wiring, \\
at the tube ends   & center of the endplug ref.  & inspect endplugs and  & & tube held as in assembly jig, \\
                   & surface in $y$ and $z$       & wiring station        & & incl.\ test of coaxiality of endplugs, \\
& & & & measurements at 0 and $180^\circ$   \\
& & & &\\

Gas pressure test      & no obvious leaks  & reject drift tube,     & local & \\
at 3 bar overpressure  &                   & inspect endplugs,      & &  \\
                       &                   & adjust wiring station  & &  \\
& & & &\\

Gas leak rate             & less than $10^{-8}$~bar~l/s & reject drift tube, &  central & after pressure   \\
at 2 bar overpressure     &                            & inspect endplugs,     & & test  \\
& & adjust wiring station & &\\
& & & &\\

HV stability test: & less than 2~nA/m & reject drift tube,             & central  & with Ar:CO${}_2$ (93:7) at 3 ~bar \\
leakage current    &                  & inspect endplugs, tubes, wire  &          & and 3400~V  \\
& & & &\\                                                                                                                  

HV stability test: & within $\pm 3\sigma$  & reject drift tube, & central   & with Ar:CO${}_2$ (93:7) at 3 bar \\
cosmic count rate  & of nominal value      & inspect endplugs, tube, wire   &  & and 3190~V     \\
({\bf optional}) & & & & \\
& & & &\\

\hline\hline

\end{tabular}
\end{center}

%\end{table}
\end{sidewaysfigure}
\clearpage
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\end{document}
