A Telecrane replacement remote control is specified by matching the machine, not the label. Six interface facts decide whether an equivalent will work in your panel: button count and layout, receiver supply voltage, single or dual speed logic, frequency band, pairing method, and the receiver’s termination and enclosure. If all six match, an equivalent set pair and runs in an afternoon. If one does not, the set goes back on the shelf.
This guide covers what “compatible” honestly means, which parameters to compare before accepting an equivalent, and how to validate a replacement industrial remote control after fitting. Telecrane is a trademark of its respective owner.
The word is used loosely in this market, and the difference matters when a crane is standing idle. A compatible replacement is an independently manufactured set that matches the electrical interface and operator layout of the model it replaces. It is not a licensed copy, it does not come from the original factory, and it will never be described that way by a supplier who expects repeat business.
| Compatible means | Compatible does not mean |
|---|---|
| Same button count, layout and legend logic | Same internal circuit board or firmware |
| Receiver accepts the same control-circuit voltage | Interchangeable transmitter with the original receiver |
| Same single or dual speed behaviour | Original manufacturer approval or authorisation |
| Same physical mounting and terminal arrangement | Identical spare parts inside the housing |
| Documented wiring diagram for the model supplied | Use of the original brand’s artwork, logo or documentation |
A supplier who prints another company’s logo on the housing is telling you how the rest of the order will be handled.
Work through these in order. The first three eliminate most wrong matches, and the last three decide whether the installation is a morning’s work or a rewire.
Three pairing schemes exist in this equipment class, and they are not interchangeable across brands.
| Pairing scheme | How it works | What it means for a replacement |
|---|---|---|
| Learning code | The receiver is put into learn mode and stores the transmitter’s code | Pairs in minutes on site; a replacement transmitter can be learned to an existing receiver of the same family |
| DIP switch | A physical switch bank sets the same code in both units | Codes must be set identically by hand; older designs, limited code space |
| Factory pre-paired | Transmitter and receiver are matched and shipped as a set | Reliable out of the box, but a transmitter cannot simply be added later — order a matched spare |
Current F24 builds use a learning code held in the receiver with no DIP switches and a 32-bit identification code. If the unit being replaced is a DIP-switch design, the replacement will pair by learning, which is fine but has to be planned: the new receiver must be fitted and the outputs re-terminated rather than the old receiver kept.
The question to ask a supplier is specific: “can your transmitter be learned to my existing receiver, or does the replacement include a receiver?” An answer that dodges the distinction is a warning.
When a transmitter is lost, damaged or simply worn out and the receiver is healthy, replacing the transmitter alone is the cheap route — if the family and pairing method match. Typical F24 and F21 practice supports this: the identification code is recorded against the serial number, so a replacement transmitter can be supplied already matched to the existing receiver instead of being paired on site.
Replace the complete set when any of the following is true:
Where the machine carries a spare auxiliary circuit, the ten-button F24-10S / F24-10D wireless remote control is the practical equivalent; on a plain single-girder crane, the eight-button F24-8S / F24-8D remote control is the cheaper match.
An equivalent set is not commissioned until these checks are recorded. Do them in order, with the machine isolated where the step allows.
A replacement set should arrive with a wiring diagram that matches the terminals actually fitted, not a generic drawing. That single document decides whether your electrician finishes in an hour or spends the afternoon ringing out a harness. Current F24 sets ship complete with transmitter, receiver, antenna, connecting cable, batteries, pouch and the wiring diagram for the specific configuration, with CE marking and test reports available on request.
Orders are accepted from one set, so a single crane can be trialled before a fleet is converted. Standard stock configurations typically ship in 5–10 working days, while configured dual-speed receivers take longer because the logic has to be produced. Units carry a twelve-month warranty against manufacturing defects, excluding wear items such as button membranes and key switches.
Specifying a Telecrane-compatible replacement is an exercise in comparison, not in brand loyalty. Put the six parameters side by side — buttons, voltage, speed logic, band, pairing method, termination — and the answer is usually obvious within a page. Where the original’s documentation is missing, photograph the receiver terminals and the machine legend; those two images resolve more compatibility questions than any catalogue.
Send the existing model, a photograph of the receiver terminals and the machine’s function list through the contact page and IEHC will confirm the equivalent build, the pairing method and the wiring diagram before the order is released. Ordering and warranty questions are answered on the frequently asked questions page.
Yes. Independently manufactured compatible products are normal in industrial equipment, provided the supplier does not use the original brand’s logo, claim authorisation, or copy the original documentation. The responsible wording is “compatible with” or “replacement for”.
Only if both belong to the same family and use the same pairing method. Where the receiver uses a learning code, a matching transmitter can be learned to it in minutes. Where the receiver is factory pre-paired to its original transmitter, a replacement must include a new receiver as well.
Usually the terminals are in the same order and the existing harness can be reused, but verify against the diagram supplied with the new set rather than assuming. Confirm the control-circuit voltage at the terminals before energising the receiver.
Check whether each motion has a fast and a slow stage at the machine. If the contactor arrangement has two coils per direction, or the original transmitter had a two-stage button feel, the machine needs the dual-speed build. Single-speed and dual-speed receivers are different products and cannot be converted in the field.
The existing model number, a photograph of the receiver terminals, the machine’s function list, the measured control-circuit voltage, the required quantity and the environment the receiver works in. If the original model is obsolete, those four items still allow an equivalent to be specified without guesswork.
