RAM Powered Dock + Single USB-A for Zebra MC9400 & MC9300 Ram Mounts RAM-HOL-ZE32PDU
218,00 € Iva Inclusa
Esaurito
DESCRIZIONE IN INGLESE:
The RAM Powered Dock + Single USB-A for Zebra MC9400/MC9300 Series (RAM-HOL-ZE32PDU) features a form-fit holder designed specifically for the Zebra MC9400/MC9300 Ultra-Rugged Mobile Computer Series. Charging capabilities are provided by a 5.5mm DC barrel pigtail connector and built-in pogo pin docking contacts for a seamless charging experience. A single peripheral allows for connection to one (1) input device. This holder includes optional shims to provide a secure fit for devices deployed without the Protective Boot and designed to enable easy, one-handed device insertion. Finish the solution by building your mountthese docks are RAM Compatible equipped with a 2-hole AMPS pattern for adding a ball adapter. Depending on the intended application and enabled by the device’s rotating touch screen, mount in one of the two recommended orientations (see above). Configure your perfect MC9400/MC9300 mount by taking advantage of thousands of RAM mounting components.
The RAM Powered Dock + Single USB-A for Zebra MC9400/MC9300 Series (RAM-HOL-ZE32PDU) features a form-fit holder designed specifically for the Zebra MC9400/MC9300 Ultra-Rugged Mobile Computer Series. Charging capabilities are provided by a 5.5mm DC barrel pigtail connector and built-in pogo pin docking contacts for a seamless charging experience. A single peripheral allows for connection to one (1) input device. This holder includes optional shims to provide a secure fit for devices deployed without the Protective Boot and designed to enable easy, one-handed device insertion. Finish the solution by building your mountthese docks are RAM Compatible equipped with a 2-hole AMPS pattern for adding a ball adapter. Depending on the intended application and enabled by the device’s rotating touch screen, mount in one of the two recommended orientations (see above). Configure your perfect MC9400/MC9300 mount by taking advantage of thousands of RAM mounting components.
CODICE PRODOTTO: RAM-HOL-ZE32PDU
LINEA PRODOTTO: Quick-Draw
TIPO PRODOTTO: Components
QUESTO SUPPORTO E’ COMPATIBILE CON I SEGUENTI DISPOSITIVI
– Zebra MC9300
– Zebra MC9400
– Zebra MC9300
– Zebra MC9400
SPECIFICHE PRODOTTO
– Hardware Included: (2) #8-32 x 5/8″ Machine Screws|(2) #8-32 Nylock Nuts
– Hole Pattern: 2-Hole AMPS: 1.912″
– Materials: High strength composite
– Packaging Type: Poly Bag
– Hardware Included: (2) #8-32 x 5/8″ Machine Screws|(2) #8-32 Nylock Nuts
– Hole Pattern: 2-Hole AMPS: 1.912″
– Materials: High strength composite
– Packaging Type: Poly Bag
CARATTERISTICHE PRODOTTO
– Form-fit powered dock designed specifically for the Zebra MC9400/MC9300 Ultra-Rugged Mobile Computer Series; includes a single USB Type-A connector for peripheral support
– Charging capabilities provided by 5.5mm DC barrel connector and built-in pogo pin docking contacts for a seamless charging experience; pogo pins feature self-aligning docking pads that conform to the seated device
– Optional shim inserts provide a secure fit for devices deployed without the Protective Boot
– Compatible with RAM 2-hole AMPS pattern bases for attaching a double socket arm; ball and socket technology allows for near-infinite adjustability
– Backed by a 3-year warranty
– Form-fit powered dock designed specifically for the Zebra MC9400/MC9300 Ultra-Rugged Mobile Computer Series; includes a single USB Type-A connector for peripheral support
– Charging capabilities provided by 5.5mm DC barrel connector and built-in pogo pin docking contacts for a seamless charging experience; pogo pins feature self-aligning docking pads that conform to the seated device
– Optional shim inserts provide a secure fit for devices deployed without the Protective Boot
– Compatible with RAM 2-hole AMPS pattern bases for attaching a double socket arm; ball and socket technology allows for near-infinite adjustability
– Backed by a 3-year warranty
| Peso | 4 kg |
|---|---|
| Marca | Zebra |
| Device | Tablet |
| Tipo Prodotto | Componente |
