Process equipment

Large-size additional display, model WWG-2, is designed as a LCD display for cooperation with RADWAG (more) scales. The display can indicate up to 6 digits each with 4,5 inches in height (11,2cm). The display is equipped with an assembly jig for hanging on a wall. Area of use: Mainly WWG-2 large size display is used as: Additional equipment for load cell industrial scales; and for Increasing scale functionality – presentation of weighing result on a large size display. Design: WWG-2 is an LCD large size display with diodes backlit in white colour. The display is placed in a stainless steel housing. Communication with a scale is realized through RS232, RS485 or optionally through Ethernet interfaces. Depending of version, the WWG-2 large size display can be powered from 230VAC or 7-24VAC. Communication through RS232, power supply 230VAC. Main application as option for terminal PUE 7 series. Maximum length of RS232 connecting cable is 10m.

Large-size additional display is an accessory of load-cell scales. stainless steel housing 6 digits  (more)of 4,5 inches in height (11,2cm) white diode backlight Features Robust and Resistant Stainless Steel Housing The WWG-2 LCD display is housed in a stainless steel housing, which enables its operation in harsh industry conditions. The display can be installed on the table top or mounted on the wall. The WWG-2 LCD features white diode backlight and clear display indicating digits of 4.5" (11.2cm) height. Communication Communication with indicators (weighing instruments) is carried out via RS22 or RS485 connectors. Depending on the installation option, the display is powered by 230VAC or 7-24VAC.

Large-size additional display is an accessory of load-cell scales. stainless steel housing 6 digits  (more)of 4,5 inches in height (11,2cm) white diode backlight Features Robust and Resistant Stainless Steel Housing The WWG-2 LCD display is housed in a stainless steel housing, which enables its operation in harsh industry conditions. The display can be installed on the table top or mounted on the wall. The WWG-2 LCD features white diode backlight and clear display indicating digits of 4.5" (11.2cm) height. Communication Communication with indicators (weighing instruments) is carried out via RS22 or RS485 connectors. Depending on the installation option, the display is powered by 230VAC or 7-24VAC.

Additional LCD display in plastic housing and on a stand. The display enables presentation of the we (more)ighing result in a place distant from the balance workplace. It features an additional information line which allows to display additional messages and data.

Additional WD-4/8 LCD display has been designed to connect PUE C315 indicator. The display is equipp (more)ed with a plastic housing and LED backlight. It is powered from a balance indicator. Features: Automatic baud rate recognition Screen saver

Additional WD-4/6 LCD display has been designed to connect with automatic scales. The display is equ (more)ipped with a stainless steel housing and LED backlight. It is powered from a balance indicator. Features: Automatic baud rate recognition Screen saver

Additional WD-4/5 LCD display has been designed to connect with automatic scales. The display is equ (more)ipped with a plastic housing and LED backlight. It is powered from a balance indicator. Features: Automatic baud rate recognition Screen saver

Additional WD-4/4 LCD display has been designed to connect with PUE 7 indicator via D-SUB 15 connect (more)or (male plug). The display is equipped with a plastic housing and LED backlight. It is powered from a balance indicator. Features: Automatic baud rate recognition Screen saver

Additional WD-4/3 LCD display has been designed to connect with scales operated via PUE H315, MW-01- (more)Ax, PUE HX7, PUE HY10, PUE5 indicator. It is to be purchased with a scale in a set exclusively. The display is equipped with a stainless steel housing and a cable with 8-pin connector (IP67). Features: Automatic baud rate recognition Screen saver LCD backlight Power supply source: the terminal (scale)

Buttons for remote control of TARE and PRINT functions. The buttons are enclosed in a plastic housin (more)g, the unit features 1.5 m cable. PT0021 - (PUE C41H ) PT0213 - (PUE 5.15, PUE 5.19, PUE HY10, PUE HX7) PT0188 - (PUE 7.1) * Connects with an indicator equipped with 4in/out module on connectors.

The antivibration table has been designed to eliminate floor vibrations during the operation of indu (more)strial scales. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a large stone top and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure and the tabletop are made of acid-resistant stainless steel.

The antivibration table has been designed to eliminate floor vibrations during the operation of indu (more)strial scales. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a large stone top and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the table is made of powder-coated steel, and the tabletop is made of MDF.

The antivibration table has been designed to eliminate ground vibrations during the operation of aut (more)omatic feeder. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located on the left side of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the SAL/T version is made of powder-coated steel, and the top is made of HPL board.

The table has been designed to eliminate ground vibrations during the operation of laboratory equipm (more)ent such as microbalances, analytical balances and others. The working part consists of a table and a stone separated by a vibration damper. The table is equipped with adjustable feet with rubber tips, facilitating table levelling on uneven surfaces. Stability and vibration damping properties, resulting from the significant weight, are the main advantages of the table. The large surface of the tabletop makes it possible to place several balances on it. The structure of the table is made of stainless steel.

The table has been designed to eliminate ground vibrations during the operation of laboratory equipm (more)ent such as microbalances, analytical balances and others. The working part consists of a table and a stone separated by a vibration damper. The table is equipped with adjustable feet with rubber tips, facilitating table levelling on uneven surfaces. Stability and vibration damping properties, resulting from the significant weight, are the main advantages of the table. The large surface of the tabletop makes it possible to place several balances on it. The structure of the table is made of powder-coated steel.

The antivibration table has been designed to eliminate ground vibrations during the operation of lab (more)oratory equipment such as microbalances, analytical balances and others. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure and the tabletop are made of acid-resistant stainless steel.

The antivibration table has been designed to eliminate floor vibrations during the operation of PLUS (more) series laboratory balances. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure and the tabletop are made of acid-resistant stainless steel.

The antivibration table has been designed to eliminate floor vibrations during the operation of PLUS (more) series laboratory balances. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the table is made of powder-coated steel, and the tabletop is made of MDF.

The antivibration table has been designed to eliminate ground vibrations during the operation of lab (more)oratory equipment such as microbalances, analytical balances and others. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the table is made of powder-coated steel, and the tabletop is made of MDF.

This antivibration table is intended for mass comparators. It is made of stainless steel and a massi (more)ve granite plate placed on top. The table has a safety feature to prevent accidental slipping of the stone, as well as vibration dampening rubbers. Due to low construction, the need to lift large masses to a considerable height is reduced.

This antivibration table is intended for mass comparators. It is made of powder-coated steel and a m (more)assive granite plate placed on top. The table has a safety feature to prevent accidental slipping of the stone, as well as vibration dampening rubbers. Due to low construction, the need to lift large masses to a considerable height is reduced.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 600x600 mm.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 600x400 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 500x500 mm.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 500x700 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 410x410 mm.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 400x500 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 300x250 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 300×300 mm (A x B).

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.