winch crane remote control
The F21-E1 is a single speed push button radio remote control for winches, hoists, electric carts and mobile lifting equipment, supplied as a matched transmitter and receiver pair. Six function buttons control up to six motions at
What The winch crane remote control Is For
The F21-E1 is a single speed push button radio remote control for winches, hoists, electric carts and mobile lifting equipment, supplied as a matched transmitter and receiver pair. Six function buttons control up to six motions at one speed, with an emergency stop and start switch included. The set operates at up to 100 metres with an operating frequency of 310.0325-331.165 MHz across 80 channels, and both units are rated IP65 for use in wet or dusty environments. Receiver voltage is built to order from AC380V down to AC/DC12V, so the unit fits directly into an existing control panel without a transformer.
What You Get From This Unit
- Operator can control a winch or hoist from the ground without trailing a pendant cable
- IP65 rating allows use in outdoor yards, wash-down bays and dusty construction sites
- Single speed control is simple to train and operate, ideal for repetitive lifting tasks
- Over 4.3 billion unique ID codes prevent interference from nearby cranes or equipment
Where This Model Is Used
- Winch and hoist control on mobile lifting equipment and electric carts
- Construction site lifting where the operator must stand near the load
- Retrofit of an existing winch or hoist with a pendant control to a wireless system
- Outdoor winch operation in rain, dust or high humidity environments
- Maintenance teams replacing a failed or damaged pendant station with a wireless alternative
Buyers This Model Suits
- Winch and hoist OEMs integrating remote controls into new mobile equipment
- Equipment dealers stocking a control unit that works across multiple voltages
- Maintenance contractors replacing a broken or worn pendant station
- Traders sourcing a low MOQ remote control set from China for resale
- Construction and mining sites needing a reliable wireless control for mobile lifting
What Goes Wrong Without It
- Operator must walk with a heavy pendant cable that drags on ground or gets caught on obstacles
- Existing pendant control fails in wet or dusty conditions due to exposed connectors
- Control panel runs AC110V and a standard 24V receiver would require an extra transformer
- Operator cannot see the hook and must rely on hand signals or a second person
- Two winches in the same area respond to the same control signal due to lack of channel separation
How The Unit Is Built
- 6 single speed function buttons, 1 emergency stop (mushroom), 1 start switch
- Transmitter LED flashes slowly when voltage drops below 2.2V and stops working below 1.8V
- Transmitter LED flashes quickly if the unit is not started correctly or a button is jammed
- Glass fibre and engineering plastic housing for impact resistance on rough job sites
- Rotary key switch to prevent accidental start and improve safety during setup
Data From The Original Product Sheet
| Model | F21-E1 |
|---|---|
| Configuration | 1 transmitter with 1 receiver |
| Speed | Single speed |
| Function buttons | 6 |
| Control distance | Up to 100 m |
| Operating frequency | 310.0325-331.165 MHz |
| Channels | 80 |
| Channel spacing | 0.2675 MHz |
| Unique ID codes | Over 4.3 billion |
| Enclosure protection | IP65 |
| Working temperature | -35 C to +85 C |
| Transmitter size | 15.6 x 5.6 x 4.9 cm |
| Transmitter weight | 211 g (without batteries) |
| Transmitter power supply | Two 1.5V AA batteries |
| Receiver size | 18.7 x 8.6 x 7.9 cm |
| Receiver weight | 624 g (without cable) |
| Output capacity | Full sealed relay output, 5 A |
| Housing material | Glass fibre-reinforced nylon-6 |
| Colour | Yellow |
| Warranty | 1 year |
What The Housing And Contacts Are Made Of
- Glass fibre-reinforced nylon-6 housing on both transmitter and receiver for impact resistance
- Sealed relay contacts rated 5 A to switch contactor coils directly without external relays
How This Unit Is Made
Step 1
Boards are populated on the SMT line and soldered on the automatic wave soldering machine
Step 2
Transmitter and receiver are paired to a unique ID code and channel before assembly
Step 3
Each set is function tested against the ordered receiver voltage before packing
Step 4
S/N and channel are printed on the back of both units so a replacement can be matched later
What Is Checked Before It Ships
- Raw material through finished product is inspected step by step on the production line
- Working process follows ISO9001:2008
- Every set is powered up and each motion is checked before it leaves the line
- 12 month warranty from delivery
What Can Be Changed On Your Order
- Receiver voltage selected from the listed range at order time
- Button text supplied as arrow tips or as your own English labels
- Two transmitters paired to one receiver, or a spare transmitter added to the set
- Own brand and label printing accepted on OEM orders
How It Compares With The Alternatives
| Wired pendant control station | Radio removes the trailing cable but adds batteries to change and a receiver to wire in; a pendant is cheaper and never needs pairing |
|---|---|
| F21-E1 with 6 buttons | The 6-button model is the base version; if the machine needs more motions, higher button counts are available |
| F21-8D with double speed | The 8D model allows two speeds per motion; if the machine only needs single speed, the 6-button model is simpler and cheaper |
Getting It Onto The Machine
- Confirm the control voltage on the existing winch or hoist panel before ordering the receiver
- Count the motions the machine actually needs, then choose the button count with one spare
- Mount the receiver inside the panel with the 1 m cable running to the contactor terminals
- Watch the transmitter LED: slow flashing means change the two batteries
- Record the S/N and channel from the back of both units so a lost transmitter can be replaced without changing the receiver
Other Models In This Series
Industries Cases And Guides For This Model
Overhead and Bridge Cranes
Industry application
Electric Hoists and Winches
Industry application
Construction Equipment
Industry application
DC24V F24-12S Truck Wireless Remote Control For An Australian Buyer
Case study
F21-2S Up and Down Remote Control For Chain Hoists
Case study
Four Advantages Of Using A Wireless Controller
Technical guide
How To Choose The Receiver Voltage For A Crane Radio Control
Technical guide
What Does IP65 Mean On A Crane Remote Control
Technical guide
Retrofit A Pendant Crane To Radio Control
Solution
Replace A Lost Or Broken Transmitter
Solution
Catalogue And Datasheets
Download center
Frequently Asked Questions
What is the minimum order quantity?
One set. A single sample is available so you can test it on the machine before committing to volume.
How long is delivery?
Around 2-4 days for a sample order and about 7 days for a small volume order, then 3-8 days by FedEx or DHL.
Which receiver voltage should I order?
Match the control voltage on the winch or hoist panel. The receiver is built for AC380V, 220V, 110V, 48V, 36V, 24V or AC/DC12V, so tell us the panel voltage with the order.
Can I get a replacement transmitter only?
Yes. Send the S/N and CH printed on the back of your receiver and we build a new transmitter on the same channel, so the receiver stays in place.
Will two winches in the same bay interfere?
Each set is coded with one of over 4.3 billion unique ID codes and runs on 80 channels, so a transmitter only answers its own paired receiver.
Can the button text be changed?
Yes. Arrow tips are standard and your own English button text and brand can be printed on OEM orders.
How is it packed?
One set per box at 15.6 x 5.6 x 4.9 cm, six sets per carton at 33 x 24.4 x 14.8 cm.
Quote The winch crane remote control
Send the control voltage on your panel and the motion list. A price, a lead time and the matching receiver build come back the same working day.