Five valve manifolds

This BDTM951 manifold has both sides a 1/2″ NPT connection for remote mounting to the DP pressure transmitter. The valve has vent outlets on the back side and holes to fix the valve to a bracket.

This BDTM951 manifold has both sides a 1/2″ NPT connection for remote mounting to the DP pressure transmitter. The valve has vent outlets on the back side and holes to fix the valve to a bracket.

This BDTM952 manifold has both sides a 1/2″ NPT connection for remote mounting to the DP pressure transmitter. The valve is more compact as the BDT951 and has the vent outlets on the side and holes to fix the valve to a bracket.

This BDTM952 manifold has both sides a 1/2″ NPT connection for remote mounting to the DP pressure transmitter. The valve is more compact as the BDT951 and has the vent outlets on the side and holes to fix the valve to a bracket.

This BDTM953 manifold has a rotating G 1/2 nut construction for direct mounting on a DP pressure gauge. The process side has a 1/2″ NPT connection for remote mounting to the process pulse lines.

This BDTM953 manifold has a rotating G 1/2 nut construction for direct mounting on a DP pressure gauge. The process side has a 1/2″ NPT connection for remote mounting to the process pulse lines.

This BDTM954 manifold has both sides a 1/2″ NPT connection for remote mounting to the DP pressure transmitter. The main difference is that this model has two equalizing valves and one vent valve.

This BDTM954 manifold has both sides a 1/2″ NPT connection for remote mounting to the DP pressure transmitter. The main difference is that this model has two equalizing valves and one vent valve.

This BDTM955 manifold has both sides a IEC 61518 model for DP transmitter mounting. The process side has a 1/2″ NPT connection for mounting to pressure lines.

This BDTM955 manifold has both sides a IEC 61518 model for DP transmitter mounting. The process side has a 1/2″ NPT connection for mounting to pressure lines.

This BDTM956 manifold has both sides a IEC 61518 model for DP transmitter mounting with a large flange face. The process side has a 1/2″ NPT connection for mounting to pressure lines.

This BDTM956 manifold has both sides a IEC 61518 model for DP transmitter mounting with a large flange face. The process side has a 1/2″ NPT connection for mounting to pressure lines.

This BDTM956 manifold has both sides a IEC 61518 model for DP transmitter mounting with a large flange face. The process side has a 1/2″ NPT connection for mounting to pressure lines.

This BDTM956 manifold has both sides a IEC 61518 model for DP transmitter mounting with a large flange face. The process side has a 1/2″ NPT connection for mounting to pressure lines.

This BDTM958 manifold has both sides a IEC 61518 model for DP transmitter mounting with a large flange face.

This BDTM958 manifold has both sides a IEC 61518 model for DP transmitter mounting with a large flange face.

Badotherm differential pressure gauge model BDT13 has a stainless steel diaphragm and one pointer to read the differential pressure. The variation in high static pressure makes this gauge suitable for almost all differential measurements.

Badotherm differential pressure gauge model BDT13 has a stainless steel diaphragm and one pointer to read the differential pressure. The variation in high static pressure makes this gauge suitable for almost all differential measurements.

Valve brackets can be used to mount the instrument combination of a pressure instrument with a valve on a wall or pipe. Different variations are available in order to get the best mounting.

Valve brackets can be used to mount the instrument combination of a pressure instrument with a valve on a wall or pipe. Different variations are available in order to get the best mounting.

This document specifies guidelines used by Badotherm to ensure product cleanliness requirements for use in oxygen systems.
Application of the document is limited to wetted system components. This document must be used in conjunction with product catalogs, technical bulletins, and reports.

This document specifies guidelines used by Badotherm to ensure product cleanliness requirements for use in oxygen systems.
Application of the document is limited to wetted system components. This document must be used in conjunction with product catalogs, technical bulletins, and reports.