BLACKMARE

BLACKMARE

Blackmer® TX Series |
Truck-Mounted Sliding Vane Pumps

BLACKMARE

Blackmer TX Series Truck-Mounted Sliding Vane Pumps
are the optimal solution for the fast and quiet fluid transfer
applications on trucks and tankers.
TX Series Sliding Vane Pumps are available in several models
with 1.5″ to 4″ port sizes and flow rates of 5 to 505 gpm
(19 – 1,911 L/m) – depending on the product – to handle
gasoline, diesels, lube oils, solvents, glycol, ethanol, jet fuel,
aviation fuels, aromatics and more.
With the sliding vane design, Blackmer TX Series Pumps are
self-priming and capable of extended dry run, better product
recovery and line-stripping. These multifaceted capabilities
allow the TX Series Sliding Vane Pumps to stand apart
from other truck-mounted pump technologies with an ideal
combination of high performance, safety, reliability and low
maintenance.
All TX Series models are purpose-built for efficient, troublefree performance in applications such as:
• Petro Chemicals
• Gasoline
• Diesels
• Lube Oils
• Biofuels
• Jet Fuel
RELIABLE DURABLE
PUMPS FOR FAST AND
QUIET OPERATION
Blackmer® TX Series |
Truck-Mounted Sliding Vane Pumps
• Aviation Fuels
• Solvents
• Glycol
• Aromatics
and Mor

Double-Ended
Drive Shaft
Allows the pumps to be
mounted in multiple ways to
enhance mounting flexibility,
and allow for clockwise or
counter-clockwise rotation.
Included on all models
(except for TX1.5 and TX4)

90º Porting
• NPT threaded connection comes standard
• Optional connections:
– Welded
– Victaulic (not on TXH)
• TXH features same-side horizontal parallel porting for
easier piping connections
• TXDI and TXI feature 180-degree porting (Inline Pump)

Internal Blackmer
Mechanical Seals
Specially developed for nonlubricating liquids, Blackmer’s
exclusive component type
design is field proven to provide
long life and reliable service on
a wide range of fluids

O-Ring
Buna-N, FKM type
O-rings provide
strong seal and
offer an impressive
range of chemical
compatibility. PTFE
O-rings are also
available for extreme
applications.