Solutions by machine class

Ten classes of lifting equipment, each with its own configuration

We have configured a standard, complete solution for each of your machine classes.

Schematic Typical all-terrain and truck crane arrangement — illustrative diagram, not a site photograph
Typical all-terrain and truck crane arrangement
Schematic A green truck crane at the centre ringed by the terminal, collector, draw-wire reel, pressure sensor, tri-colour beacon, anemometer, sheave set and block cells
Truck crane with the full set around it

All-terrain & truck crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen, housing colour optional
Control and acquisition box
ABS or cast aluminium
Length and angle sensor
15–100 m, −90° to 90°
Pressure sensor
4–20 mA / 35 MPa (option)
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed

Ask us about further options for the jib or the auxiliary hook.

Crawler crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen, housing colour optional
Control and acquisition box
ABS or cast aluminium
Angle sensor
−90° to 90°
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed

A purpose-built all-in-one unit for this class, combining the display, control and acquisition above; ask us for details.

Ask us about further options for the jib or the auxiliary hook.

Schematic Typical crawler crane arrangement — illustrative diagram, not a site photograph
Typical crawler crane arrangement
Schematic Typical truck-mounted loader crane arrangement — illustrative diagram, not a site photograph
Typical truck-mounted loader arrangement

Truck-mounted loader crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 in touch screen, housing colour optional
Control and acquisition box
ABS or cast aluminium
Length and angle sensor
15–100 m, −90° to 90°
Pressure sensor
4–20 mA / 35 MPa (option)
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed
Display and host protection
IP66

Ask us about further options for the jib or the auxiliary hook.

Knuckle boom crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen
Control and acquisition box
ABS, cast aluminium or stainless steel
Length and angle sensor
15–100 m, −90° to 90°
Pressure sensor
4–20 mA / 35 MPa (option)
Load cell
E+E-S+S- (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed
Encoder
RS485 (wire-rope length measurement)

For port or marine duty we provide dedicated packages — explosion-proof, salt-spray and corrosion-resistant grades — and separate configurations for the rope and ropeless types; ask us for details.

Schematic Typical knuckle boom crane arrangement — illustrative diagram, not a site photograph
Typical knuckle boom crane arrangement
Schematic Typical aerial work platform arrangement — illustrative diagram, not a site photograph
Typical aerial work platform arrangement
Beacon and terminal wired together

Aerial work platform

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 in touch screen
Control and acquisition box
ABS or cast aluminium
Length and angle sensor
15–100 m, −90° to 90°
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Display and host protection
IP66

Marine & portal crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen, housing colour optional
Control and acquisition box
ABS or cast aluminium
Angle sensor
−90° to 90°
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed

A purpose-built all-in-one unit for this class, combining the display, control and acquisition above; ask us for details.

Ask us about further options for the auxiliary hook.

Schematic Typical marine and portal crane arrangement — illustrative diagram, not a site photograph
Typical marine and portal crane arrangement
Schematic Typical gantry crane arrangement — illustrative diagram, not a site photograph
Typical gantry crane arrangement
Orange gantry beam with an anemometer mounted on the top flange
Anemometer on the gantry top flange
Schematic Trolley and cart master acquisition layout for a gantry crane — vendor composition sheet, not a site photograph
Trolley and cart acquisition, wirelessly linked

Gantry crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen, housing colour optional
Control and acquisition box
ABS or cast aluminium
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed
Travel limit switch
Normally closed (infrared type optional)
Encoder
RS485 or PN (long and cross travel positioning)
Distribution box
Metal, sized to suit
Multi-function hoist / length / height limit switch
1:80 (option)
Video monitoring system
1–5 CH (option)
Hook monitoring and follow system
(option)

Ask us for full details.

Tower crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen, housing colour optional
Control and acquisition box
ABS or cast aluminium
Load cell
E+E-S+S- (option)
Anemometer
RS485 or 4–20 mA (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed
Travel limit switch
Normally closed (infrared type optional)
Encoder
RS485 or PN (long and cross travel positioning)
Distribution box
Metal, sized to suit
Multi-function hoist / length / height limit switch
1:80 (option)
Video monitoring system
1–5 CH (option)
Hook monitoring and follow system
(option)

Black-box recording keeps a usable record for later review.

Ask us for full details.

Schematic Typical tower crane arrangement — illustrative diagram, not a site photograph
Typical tower crane arrangement
Schematic Composition diagram for a pipelayer safety system, drawn by Jingcheng
Typical pipelayer arrangement
Tandem lifting in open conditions

Pipelayer

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 in touch screen
Control and acquisition box
ABS or cast aluminium
Angle sensor
−90° to 90°
Load cell
E+E-S+S- (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed

A purpose-built all-in-one unit for this class, combining the display, control and acquisition above; ask us for details.

Ask us about further options.

Derrick & mast crane

Supply
12 V DC & 24 V DC
Power
< 15 W
Ambient
−20 ℃ to +60 ℃
Protection
IP66
Housing outline
208 × 145 × 55 mm
Display
7 or 10 in
Enclosure
ABS & metal
Resolution
1024 × 600
System accuracy
±2.5%

System configuration

Display
7 or 10 in touch screen
Control and acquisition box
ABS or cast aluminium
Angle sensor
−90° to 90°
Load cell
E+E-S+S- (option)
Alarm beacon output
24 V DC (one channel standard, up to three)
Hoist limit switch
Normally open or normally closed

A purpose-built all-in-one unit for this class, combining the display, control and acquisition above; ask us for details.

Ask us about further options.

Schematic Typical derrick crane arrangement — illustrative diagram, not a site photograph
Typical derrick crane arrangement

More options

Several mounting brackets are available for your display terminal housing, with up to 8 colours to choose from, and an anemometer and a wireless camera are available for your system.

Schematic A display terminal at the centre ringed by gooseneck brackets, pedestal posts, flanged arms and base plates
One terminal, several ways to mount it
Schematic Anemometer mast with red, yellow and green cup sets in tiers, a pendulum self-levelling weight, a solar panel and the cab display
Boom-tip anemometer with solar supply
Schematic Top, the WiFi version with a camera linked to a cab monitor; bottom, the bridge version feeding a monitor and recorder through a pair of radio units
Hook view back to the cab: WiFi or bridge
Schematic Two white terminals beside a ring of coloured face plates, with stacked colour samples at lower right
Housing colours to choose from

See the terminal and sensor range

Confirm a configuration

Send a nameplate photo and the load chart. We return a configuration list with mounting positions. Model designations often straddle classes — a photo beats a name.