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Skytel 41A, Remarkable Height and Reach
Introducing the SkyTel 41A, an aerial lift designed to elevate your work to new heights equiped with a telescopic upper boom. With an impressive working height of 41 feet 9 inches (12.72 meters), it enables you to tackle elevated tasks effortlessly, including maintenance, repairs, and inspections.
What sets the SkyTel 41 apart is its remarkable side reach capability, extending up to 25 feet 9 inches (7.86 meters), providing safe and efficient access to challenging and distant work areas.
Side Mounted
End Mounted
Manual Rotator
Hydraulic Rotator
Feature/Benefit
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Side Mounted
Side Mounted Basket Specifications
Models
Basket Bottom Height1
Working Height1
Standard Basket Capacity
Maximum Basket Capacity
Maximum Horizontal Reach
Lower Boom Articulation
Upper Boom Articulation
Upper Boom Extension
Insulation Gap Fully Retracted
Insulation Gap Extended
Stowed Travel Height1
Electrical System Voltage
Rotation
Hydraulic System Operating Pressure
Unit Weight
UTLN41 (Non-Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
350 lbs. (159kg)
28 ft.2 in.(8.58m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
n/a
n/a
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2200PSI (155kg/cm2)
2324 lbs.(1054.1kg)
UTLI41A (Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
400 lbs. (181kg)
27 ft.9 in.(8.46m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
30 in. (0.76m) (Insulation Gap Fully Retracted)
42 in. (1.07m) (Insulation Gap Extended)
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2500 PSI (176kg/cm2)
2339 lbs.(1015.2kg)
1. Based on 36 in (0.91m) chassis frame height.
Chassis Requirements:
Requirement
GVWR2,3
Front GAWR2,4
Rear GAWR2,4
Cab to Rear Axle
Frame Section Modulus
RBM of Frame
Minimum
15,000 lbs. (6804kg)
5,000 lbs. (2268kg)
11,000 lbs. (4990kg)
60 inches
8.0 cubic inches
280,000 in.-lbs.
Recommended
15,000 lbs. (6804kg)
6,000 lbs. (2722kg)
11,000 lbs. (4990kg)
84 in. (2.13m)
8.0 in.3 (131cm3)
280,000 in.-lbs. (31640N-m)
1. Based on 25.5 in.(0.65m) chassis frame height.
2. Actual curb weight for stability and the required GVWR and GAWR can vary significantly with vehicle stiffness, suspension stiffness, vehicle wheelbase, aerial lift mounting location, body, accessories, ballast (if required), platform capacity and desired payload. Actual weight for stability must be determined by testing in accordance with the ANSI A92.2 standard.
3. GVWR means gross vehicle weight rating.
4. GAWR means gross axle weight rating.
Fille Sources
R:\Manuals\Current Production Manuals\700616 UTLN41&UTLN46 Operator's Manual Nov02.pdf
R:\Manuals\Current Production Manuals\701082 UTLI41A&UTLI46A Operator's Manual Sep17.pdf
End Mounted
End Mounted Basket Specifications
Model
Basket Bottom Height1
Working Height1
Standard Basket Capacity
Maximum Basket Capacity
Maximum Horizontal Reach
Lower Boom Articulation
Upper Boom Articulation
Upper Boom Extension
Insulation Gap Fully Retracted
Insulation Gap Extended
Stowed Travel Height1
Electrical System Voltage
Rotation
Hydraulic System Operating Pressure
Unit Weight
UTLN41 (Non-Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
350 lbs. (159kg)
28 ft. 2 in. (8.58m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
n/a
n/a
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2200PSI (155kg/cm2)
2374 lbs. (1076.1kg)
UTLNI41A (Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
400 lbs. (181kg)
27 ft. 9 in. (8.46m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
30 in. (0.76m) (Insulation Gap Fully Retracted)
42 in. (1.07m) (Insulation Gap Extended)
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2500 PSI (176kg/cm2)
2333 lbs. (1058.2kg)
1. Based on 36 in (0.91m) chassis frame height.
Fille Sources
R:\Manuals\Current Production Manuals\700616 UTLN41&UTLN46 Operator's Manual Nov02.pdf
R:\Manuals\Current Production Manuals\701082 UTLI41A&UTLI46A Operator's Manual Sep17.pdf
Manual Rotator
End Mounted Basket with Manual Rotator
Model
Basket Bottom Height1
Working Height1
Standard Basket Capacity
Maximum Basket Capacity
Maximum Horizontal Reach
Lower Boom Articulation
Upper Boom Articulation
Upper Boom Extension
Insulation Gap Fully Retracted
Insulation Gap Extended
Stowed Travel Height1
Electrical System Voltage
Rotation
Hydraulic System Operating Pressure
Unit Weight
UTLN41 (Non-Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
350 lbs. (159kg)
28 ft. 2 in. (8.58m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
n/a
n/a
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2200PSI (155kg/cm2)
2412 lbs. (1094.1kg)
UTLNI41A (Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
350 lbs. (159kg)
28 ft. 5 in. (8.65m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
30 in. (0.76m) (Insulation Gap Fully Retracted)
42 in. (1.07m) (Insulation Gap Extended)
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2500 PSI (176kg/cm2)
2371 lbs. (1075.2kg)
1. Based on 36 in (0.91m) chassis frame height.
Fille Sources
R:\Manuals\Current Production Manuals\700616 UTLN41&UTLN46 Operator's Manual Nov02.pdf
R:\Manuals\Current Production Manuals\701082 UTLI41A&UTLI46A Operator's Manual Sep17.pdf
Hydraulic Rotator
End Mounted Basket with Hydraulic Rotator
Model
Basket Bottom Height1
Working Height1
Standard Basket Capacity
Maximum Basket Capacity
Maximum Horizontal Reach
Lower Boom Articulation
Upper Boom Articulation
Upper Boom Extension
Insulation Gap Fully Retracted
Insulation Gap Extended
Stowed Travel Height1
Electrical System Voltage
Rotation
Hydraulic System Operating Pressure
Unit Weight
UTLN41 (Non-Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
350 lbs. (159kg)
28 ft. 2 in. (8.58m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
n/a
n/a
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2200 PSI (155kg/cm2)
2421 lbs. (1098.1kg)
UTLNI41A (Insulated)
36 ft. 9 in. (11.19m)
41 ft. 9 in. (12.72m)
300 lbs. (136kg)
350 lbs. (159kg)
28 ft. 5 in. (8.65m)
-60 to 900 (Lower Boom Articulation)
-140 to 780 (Upper Boom Articulation)
108 in. (2.74m) (Upper Boom Extension)
30 in. (0.76m) (Insulation Gap Fully Retracted)
42 in. (1.07m) (Insulation Gap Extended)
10 ft. 2 in. (3.10m) (Stowed Travel Height)
12VDC (Electrical System Voltage)
5400 (Rotation, Non-Continuous)
2500 PSI (176kg/cm2)
2380 lbs. (1079.5kg)
1. Based on 36 in (0.91m) chassis frame height.
Fille Sources
R:\Manuals\Current Production Manuals\700616 UTLN41&UTLN46 Operator's Manual Nov02.pdf
R:\Manuals\Current Production Manuals\701082 UTLI41A&UTLI46A Operator's Manual Sep17.pdf
Feature/Benefit
UTEM UTLN41 and UTLN46 SkyTel Features and Benefits
A non-insulated articulating/telescoping boom unit designed to mount on a chassis over 15,000 lb. GVWR providing excellent maneuverability.
Feature: Strong in Structure, Light in Weight
Benefit: Capable of mounting on a 15,000 lb. GVWR chassis providing working heights from 41 feet 9 inches to 45 feet 9 inches and horizontal reach from 25 feet 9 inches to 28 feet 5 inches on a very maneuverable vehicle, increasing productivity.
Feature: Articulating/Telescoping Boom Assembly
Benefit: Up and over capability permits safe access across obstacles such as parked cars, sidewalks, landscaping, etc. Articulating lower boom provides additional horizontal reach. Telescoping upper boom allows easy ground access to the basket.
Feature: Pedestal Houses Hydraulic Oil Reservoir with Sight Gauge, Oil Filter and Electrical Components
Benefit: Protected from damage yet easy to access for maintenance and service reducing the end user cost.
Feature: Joystick Boom Control with Enable Control
Benefit: One hand control of all boom movements even with the enable control.
Feature: Upper Controls Mounted Beside the Platform not on the Boom
Benefit: Controls are stationary relative to the operator as opposed to being located on the boom where the position of the controls changes with boom elevation.
Feature: 10 Micron Return Filter and 100 Mesh Suction Line Screen
Benefit: Constant cleaning and filtering of hydraulic oil protects hydraulic components.
Feature: Integral Holding Valves on Extension and Boom Cylinders
Benefit: Lock cylinders in position in the unlikely event of a hose or fitting failure. Integral holding valves eliminate manifold leakage and are less susceptible to damage.
Feature: Unloader Valve
Benefit: Integral to the main control valve, the unloader valve diverts hydraulic oil away from boom control solenoid valves preventing uncontrolled movement in the event a control
valve fails to return to the neutral position.
Feature: Gravity Leveled Basket with Dampener
Benefit: Self-leveling of the basket with dampened motion while the boom is being positioned, affording safety and comfort for the operator.
Feature: Basket Caliper Brake System
Benefit: Operator can easily lock or release the basket brake under load to allow the basket to level unlike locking pin assemblies, which can be difficult to release.
Feature: Zinc Plated Pivot Pins
Benefit: Prevents corrosion, reduces maintenance and costly downtime.
Feature: Non-Lube Bearings Used at all Pivot Points
Benefit: Reduced downtime for maintenance.
Feature: Infinitely Adjustable Outer Boom Wear Pads
Benefit: Easily adjusted or replaced without dismantling boom. No shims are required for adjustment.
Feature: Dual Holding Valves on Extension Cylinder
Benefit: Prevents the inner boom from drifting in or out from the stowed position.
Feature: 540* Non-Continuous Rotation with Mechanical Stop
Benefit: Provides a work envelope all the way around the unit with no annoying "dead spots". It is much less complicated and requires less maintenance than continuous rotation or other non-continuous rotation systems with electrical limit switches or solenoid valves.
Feature: Shear-Ball Rotation Bearings
Benefit: Smoother rotation and long life resulting in lower maintenance and operating costs.
Feature: Hour-Glass Shaped Worm Engages Rotation Bearing
Benefit: Prevents free wheeling in the event of hydraulic failure. Distributes load over multiple teeth plus fewer moving parts providing long life and requiring less maintenance.
Feature: Exposed End of Worm Shaft is Hexagonal
Benefit: Allows for manual rotation in an emergency or for maintenance.
Feature: Control Cables and Hoses Routed Through Hose Carrier Inside Boom
Benefit: Eliminates damage to hoses and cables from contact with foreign obstacles causing expensive repairs and downtime.
Feature: Smooth Operation, Low Friction Components
Benefit: Reduces amp-hour requirements of batteries allowing up to fifty cycles even with the vehicle engine off with fully charged batteries.
Feature: Serviceable and Reliable Electrical Components
Benefit: Sealed electrical connectors and switches, plug-in relays and user-friendly controls provide for safe operation, less maintenance, and more trouble-free operation.
Feature: Numerous Options are Available
Benefit: Permits customization of an aerial lift to fit each specific customer’s needs. The most popular options are listed below:
- HE Hydraulics—Provides for a PTO or engine accessory belt-driven hydraulic pump for the most demanding requirements. Can even be used to operate hydraulic tools.
- EH Hydraulics—Provides a 12VDC motor/pump to operate the aerial lift. This configuration conserves fuel, reduces engine wear, reduces pollution and allows operation inside buildings. The batteries are charged by the vehicle electrical system.
- DP Hydraulics—Provides for either a PTO or engine accessory belt-driven hydraulic pump if the vehicle engine is running or a 12VDC motor/pump if the vehicle engine is not running to operate the aerial lift. This configuration provides the versatility and features of both HE and EH Hydraulics.
- Hydraulic Leveling—Provides for automatic leveling of the platform and a means to tilt the platform for clean out or rescue with upper and lower controls.
- Proportional Upper Controls—Provides exceptional “feathering” of the boom controls.
- 12VDC Powered Emergency Lowering
- Hydraulic Tool Circuit (HE and DP Units Only)
- Outer Boom Lift Eye—Provides for limited material lifting.
- Electric Tool Circuit
- Nitrogen/Air Line to Platform
- End Mounted Basket
- Manual Basket Rotator
- Hydraulic Basket Rotator
- Splicing Basket
- Round Rotating Splicing Basket
- Two-Speed Engine Throttle Control
- Basket Covers
- Adjustable Basket Seat
- Basket Heater
- Tool Tray
- Outriggers
- Torsion Bars
- Special Paint
T:\1 UTEM\UTEM Sales Manual\2008 UTEM Sales Manual\Sec5--SkyTel\Skytel Specs (Word) UTLN41 and UTLN46 SkyTel Features and Benefits.doc 26Mar04
Photos
Download PDF
Skytel 41A and 46A Technical Specification Sheet