Electric band for the horse paddock with 12 conductors and high breaking strength of 130 kg
Swedguard's electric straps are available in two different versions, Pro Plus and Plus. All electric belts are made of polyethylene (PE). Low Ω number = low resistance = the band has a better ability to transport the current.
Conductor material...
Electric band for the horse paddock with 12 conductors and high breaking strength of 78 kg
Swedguard's electric straps are available in two different versions, Pro Plus and Plus. All electric belts are made of polyethylene (PE). Low Ω number = low resistance = the band has a better ability to transport the current.
Conductor material
Stainless...
Electric band for the horse paddock with 12 conductors and high breaking strength of 128 kg
Swedguard's electric straps are available in two different versions, Pro Plus and Plus. All electric belts are made of polyethylene (PE). Low Ω number = low resistance = the band has a better ability to transport the current.
Conductor material...
Combined voltage and current meter. Shows with an arrow in which direction a disturbance/short circuit exists on the fence. Placed directly on the conductors. Does not require grounding. Powered by 9V battery, not included.
Electric band for the horse paddock with 12 conductors and high breaking strength of 85 kg
Swedguard's electric straps are available in two different versions, Pro Plus and Plus. All electric belts are made of polyethylene (PE). Low Ω number = low resistance = the band has a better ability to transport the current.
Conductor material...
Warning sign "Electric fence", for visible marking of your electric fence against the common. Made of yellow plastic with black text. Approved warning sign must be visible at least 100 m.
Electric band for the horse paddock with 12 conductors and high breaking strength of 97 kg
Swedguard's electric straps are available in two different versions, Pro Plus and Plus. All electric belts are made of polyethylene (PE). Low Ω number = low resistance = the band has a better ability to transport the current.
Conductor material...