The CAMLift hydraulic pumping unit is a compact, lighter weight alternative to traditional beam pumping units. Cameron offers a series of CAMLift units to operators seeking to reduce costs, maximize efficiency, and minimize wellsite footprint. The CAMLift units require less space than conventional pumps, install quicker, allow for faster adjustments, and reduce the need for specialized work.

1. CAMLift hydraulic pumping units.
14-64 30-120 30-144 40-192
CAMLIFT Linear Lifting System
CAMLIFT 14-64 CAMLIFT 30-120 CAMLIFT 30-144 CAMLIFT
Cameron’s CAMLIFT Linear Lifting Systems
As a compact, lighter weight alternative to the traditional
beam pumping unit, Cameron offers a series of CAMLIFT™
linear lifting systems to operators interested in:
• Minimizing installation costs
• Reducing operating costs
• Improving production efficiency
• Eliminating ground site preparation and installation time
• The efficient design of these CAMLIFTs uses le
the footprint of a conventional pumping unit
• Maximizing production efficiency as a result o
to quickly complete adjustments (such as stro
stroke length, placing the well on/off tap)
• Retaining operator control as the need for sp
crews and equipment to make system adjustm
eliminated
CAMLIFT Linear Lifting System
CAMLIFT 14-64 CAMLIFT 30-120 CAMLIFT 30-144 CAMLIFT 40
Cameron’s CAMLIFT Linear Lifting Systems
As a compact, lighter weight alternative to the traditional
beam pumping unit, Cameron offers a series of CAMLIFT™
linear lifting systems to operators interested in:
• Minimizing installation costs
• Reducing operating costs
• Improving production efficiency
• Eliminating ground site preparation and installation time
• The efficient design of these CAMLIFTs uses less t
the footprint of a conventional pumping unit
• Maximizing production efficiency as a result of th
to quickly complete adjustments (such as stroke s
stroke length, placing the well on/off tap)
• Retaining operator control as the need for specia
crews and equipment to make system adjustmen
eliminated
CAMLIFT Linear Lifting System
CAMLIFT 14-64 CAMLIFT 30-120 CAMLIFT 30-144 CAMLIFT 40-192
Cameron’s CAMLIFT Linear Lifting Systems
As a compact, lighter weight alternative to the traditional
beam pumping unit, Cameron offers a series of CAMLIFT™
linear lifting systems to operators interested in:
• Minimizing installation costs
• Reducing operating costs
• Improving production efficiency
• Eliminating ground site preparation and installation time
• The efficient design of these CAMLIFTs uses less than 1/10
the footprint of a conventional pumping unit
• Maximizing production efficiency as a result of the ability
to quickly complete adjustments (such as stroke speed,
stroke length, placing the well on/off tap)
• Retaining operator control as the need for specialized
crews and equipment to make system adjustments is
eliminated
CAMLIFT Linear Lifting System
CAMLIFT 14-64 CAMLIFT 30-120 CAMLIFT 30-144 CAMLIFT 40-192
Cameron’s CAMLIFT Linear Lifting Systems
As a compact, lighter weight alternative to the traditional
beam pumping unit, Cameron offers a series of CAMLIFT™
linear lifting systems to operators interested in:
• Minimizing installation costs
• Reducing operating costs
• Improving production efficiency
• Eliminating ground site preparation and installation time
• The efficient design of these CAMLIFTs uses less than 1/10
the footprint of a conventional pumping unit
• Maximizing production efficiency as a result of the ability
to quickly complete adjustments (such as stroke speed,
stroke length, placing the well on/off tap)
• Retaining operator control as the need for specialized
crews and equipment to make system adjustments is
eliminated
The CAMLift* hydraulic pumping unit is a compact, lighter weight alternative to the traditional beam
pumping unit. Schlumberger offers a series of CAMLift units to operators interested in reducing
operating costs, maximizing efficiency, and reducing wellsite footprint.
APPLICATIONS
■■ Conventional oil
■■ Gas well dewatering
■■ Heavy oil
■■ Horizontal wells
■■ Steam-assisted gravity drainage (SAGD)
■■ Shale gas deliquification
■■ Shale oil
BENEFITS
■■ Minimizes installation costs associated
with transportation, ground preparation,
jack alignment, and installation service
■■ Reduces operating costs by increasing
system run life and reducing well service
and equipment service frequencies
■■ Improves production uptime through faster
installation, operator adjustments, and
local service
■■ Reduces wellsite footprint by requiring
only 1/10 the footprint of most beam
pumping units at the wellhead
■■ Retains operator control by eliminating the
need for specialized crews and equipment
to make system adjustments
■■ Maximizes production efficiency through
quick system adjustments (such as stroke
speed, stroke length, placing the well on/
off tap) and independent up and down
stroke speeds
■■ Reduces HSE risk by eliminating large
rotating equipment and guide wires
FEATURES
■■ Direct mount to wellhead
■■ Easy stroke and speed adjustment
■■ Independent up and down
stroke equipment
CAMLift
Hydraulic pumping units

2. ­*Mark of Schlumberger
Copyright © 2016 Schlumberger. All rights reserved. 16-AL-139851
CAMLift
slb.com/rodlift
CAMLift Hydraulic Pumping Unit Specifications
14-64 30-120 CamLift 30-144 CamLift 40-192
Applications Shallow gas/coalbed
methane dewatering
Light or medium crude
Light to heavy crude
Dewatering natural gas and
coalbed methane
Light to heavy crude
Dewatering natural gas and
coalbed methane
Horizontal completions
Light to heavy crude
High volume
Depths to 13,000 ft
Horizontal completions
Vertical, slant, or deviated well application
Lift capacity, lbm 14,000 30,000 30,000 40,000
Max. stroke length, in 64 120 144 192
Max. speed†, strokes per minute 8 5.5 5.5 6.5
Min. speed†, strokes per minute 0.5 0.5 0.5 1.5
Jack dimensions (L×W×H) 20” × 18”× 7’5” 49”× 30”× 12’4” 49”× 30”× 14’4” 51”× 31”× 19’9”
Jack shipping weight, lbm 675 1100 1250 2250
Skid dimenstions (L×W×H), 9’7”× 3’10”× 8’ 9’7”× 3’10”× 8’ 9’7”× 3’10”× 8’ 13’× 8’× 7’3”
Skid shipping weight, lbm 3,300 3,300 3,300 12,000
Installation time, h <3 <3 <3 <6
Replaces 114s
80s
57s
456s
320s
228s
456s
320s
228s
PCPs
912s
640s
456s
ESPs
PCPs
† Maximum speed is dependent on many variables. Please review application with us for accurate production range.
Conventional Pumping Units vs. CAMLift Hydraulic Pumping Units
Conventional Units CAMLift Hydraulic Pumping Unit
Ships in 1 to 3 trailer loads,
depending on size
Ship up to four units on one trailer
Site preparation with gravel,
concrete slab, and piles
No mandatory site preparation, bolts directly
to the wellhead; skid fully contained
Installs in 2–5 days Installs in 6 hours
Footprint of 10 ft × 10 ft or larger Minimal footprint next to well
Installation and all adjustments
require special crew, cranes, pickers
Simple installation process, operators can
make speed and stroke length adjustments
Requires VFD for production
optimization
Independent up and down stroke speeds to
allow for optimization
Takes hours to treat gas lock—
shutting down production
Taps well in seconds to clear gas lock with
no production downtime
Requires crane to remove pump
that is on tap, leading to premature
pump failure
Operator can take pump off tap with no
production downtime
All limitations for oil production are
the same for dewatering
All benefits on oil production are the same
for dewatering
Key Features
320-256-120 30-120
Lift capacity, lbm 25,600 30,000
Stroke length, in 90, 105, 120 40 to 120
Dimensions (L × W × H) 33.3 ft × 7.6 ft × 25 ft 49”× 30”× 12’4”
Total weight, lbm 32,550 4,350
Footprint, ft 22 × 7 N/A (bolts to wellhead)
Drawn to scale.