The MPI-F features a 316L SS flexible tubing braided stem that uncoils easily for simple installation in tall tanks.

We suggest 1 oz. Inside each 20 float, 1-1/2 oz. Inside each 40 float and 2 oz. Inside each 60 float. 20 Floats Only If you are building the 20 Sport Floats, follow these Aft Bottom Sheeting steps first to make the bottom forward sheeting. Page 10: Nose Block And Finishing 2. We suggest 1 oz. Inside each 20 float, 1-1/2 oz. Inside each 40 float and 2 oz. Inside each 60 float. 20 Floats Only If you are building the 20 Sport Floats, follow these Aft Bottom Sheeting steps first to make the bottom forward sheeting. Page 10: Nose Block And Finishing 2.

With a 1'∅ titanium stem, Class I Div 1 and Class I Zone 0 approvals, and floats that just don't get stuck, the MPI-T is built to…

The MPX-R offers a 1'-diameter, stainless steel stem, while the MPX-T uses a 1'-diameter titanium stem for a larger range of chemical…

Both the 0.5'∅ MPI-E and the 1.0'∅ MPI-R are built for long-lasting, dependable performance in harsh applications and…

The MPX-F features a 316L SS flexible tubing braided stem that uncoils easily for simple installation in tall tanks.

The MPX-E’s light weight design makes it ideal for applications where space is limited, while the MPX-R’ s large, robust floats and stem…

With a chemical resistant coating and a Kynar® float, the MPX-E Chemical delivers precision measurements in corrosive, acidic and…

With a coating to keep the probe safe in corrosive liquids, and Intrinsic Safety ratings to keep your job site safe, the MPI-E Chemical…

The RPM is made to work for you and is completely customizable for your needs including: probe length, float type, specific gravity, and…

Every bit as durable as it's bigger brother, the RPM, the RP is designed for smaller tanks, up to 8 ft. (RPX) or 12.75 ft. (RPE) in…

If LaTeX responds to a begin{figure} orbegin{table} command with the error message

your figures (or tables) are not being placed properly. LaTeXhas a limited amount of storage for “floats” (figures, tables, orfloats you’ve defined yourself with the float package); ifsomething you have done has prevented LaTeX from typesettingfloats, it will run out of storage space.

This failure usually occurs in extreme cases of floats moving “wrongly”;LaTeX has found it can’t place a float, and floats of the same typehave piled up behind it.

Manual Float Switch

How does this happen? — LaTeX guarantees that caption numbers aresequential in the document, but the caption number is allocated whenthe figure (or whatever) is created, and can’t be changed. Thus, iffloats are placed out of order, their caption numbers would alsoappear out of order in the body of the document (and in the list offigures, or whatever). As a result, enforcement of the guaranteemeans that simple failure to place a float means that no subsequentfloat can be placed; and hence (eventually) the error.

Techniques for solving the problem are discussed in the floats question already referenced.

For LaTeX releases prior to 2015, an alternative may be to use the morefloats package.The package will allocate more “float skeletons” than LaTeXdoes by default; each such skeleton may then be used to store afloat. Beware that even with morefloats, the number you canallocate is limited; even with the etex package.

LaTeX releases from 2015 onwards have an extrafloatscommand which (assuming an ε-TeX format is being used) willallow many more float boxes to be allocated (the upper limit being several thousand, rather more than can reasonably handledin tex macro lists.) Also the default number of floats that may be storedhas been increased from 18 to 52. Current LaTeX releases will run extrafloats{1}before giving this error, so it is highly unlikely that you get this error unlessover 32 thousand registers have been allocated.

The error also occurs in a long sequence of float environments, withno intervening text. Unless the environments will fit “here” (andyou’ve allowed them to go “here”), there will never be a page break,and so there will never be an opportunity for LaTeX to reconsiderplacement. Even though modern LaTeX releases will allow thousands,rather than just 18 floats to be held in this way, it is still a goodidea to avoid this situation which can make LaTex run slowly and inextreme cases cause other out of memory errors.

Of course, the floats can’t all fit “here” if thesequence is sufficiently prolonged: once the page fills, LaTeXwon’t place any more floats, leading to the error.

Techniques for resolution may involve redefining the floats using thefloat package’s [H] float qualifier, but you are unlikelyto get away without using clearpage from time to time.

Floats Manual Transmission

FAQ ID: Q-tmupfl