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Pulse AC Method Area Ionizer ER-X P 1159 to 1168

Pulse AC Method Area Ionizer ER-X P 1159 to 1168
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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 1

Area Ionizer ER-X SERIES Related Information LASER SENSORS PHOTOELECTRIC SENSORS MICRO PHOTOELECTRIC SENSORS AREA SENSORS LIGHT CURTAINS / SAFETY COMPONENTS PRESSURE / FLOW SENSORS INDUCTIVE PROXIMITY SENSORS PARTICULAR USE SENSORS SENSOR OPTIONS SIMPLE WIRE-SAVING UNITS WIRE-SAVING SYSTEMS MEASUREMENT SENSORS STATIC ELECTRICITY PREVENTION DEVICES LASER MARKERS PLC HUMAN MACHINE INTERFACES ENERGY CONSUMPTION VISUALIZATION COMPONENTS FA COMPONENTS High-Speed, Wide Area Charge Removal "Fast Charge Removal", "Airless", "Low-Pressure". Three charge removal modes for diverse application coverage. The ER-X series offers an airless charge removal capability to eliminate the need for compressed air in addition to low pressure and high speed compressed air based modes. Furthermore, it supports dual-head configurations for expanded application coverage. MACHINE VISION SYSTEMS UV CURING SYSTEMS Selection Guide Static Removers Cleaning Box Pulse Air-gun Electrostatic Sensor Fast Charge Removal Massive ion discharge when using air reduces charge removal time. Prevents dust dispersion and cleanliness degradation! By applying a compressed air source, the ion volume increases providing an improved tact time for substrate ionization. This makes the ER-X suitable for applications such as electronic paper and thin film solar cells, where charge removal time is directly linked to productivity. The ER-X series can effectively remove surface charges with an air pressure of less than 0.05 MPa. With the advantage of minimal dust dispersion, it is suitable for charge removal in semiconductor, FPD (mobile panel), and other applications that require high degree of cleanliness. The presence of air also helps prevent adhesion of dust to the discharge needles, requiring less cleaning than in the airless charge removal mode.

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 2

Area Ionizer Removal of static charges on laminate film Prevention of part feeder clogging High-speed charge removal on FPCs LASER SENSORS PHOTOELECTRIC SENSORS MICRO PHOTOELECTRIC SENSORS AREA SENSORS LIGHT CURTAINS / SAFETY COMPONENTS PRESSURE / FLOW SENSORS INDUCTIVE PROXIMITY SENSORS Removing dust while separating TAB protective film Preventing static damage to module components SENSOR OPTIONS SIMPLE WIRE-SAVING UNITS WIRE-SAVING SYSTEMS MEASUREMENT SENSORS STATIC ELECTRICITY PREVENTION DEVICES LASER MARKERS PLC Super-compact slim head Pulse AC method for faster charge removal By...

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 3

1161 FIBER SENSORS LASER SENSORS PHOTOELECTRIC SENSORS MICRO PHOTOELECTRIC SENSORS AREA SENSORS Area Ionizer Automatic ion balance control Discharge needle air barrier design for reduced contamination The ER-X series provides an automatic ion balance control mechanism that senses the amount of ions being generated (which changes according to environmental factors) and compensate for this deviation in the controller, thus maintaining a highly stable ion balance as an original operator setting. A barrier of clean air around the discharge needle keeps foreign matter from adhering to it,...

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 4

Area Ionizer Multifunction controller to which 2 heads can be connected FIBER SENSORS This all-in-one model controller features a range of functionality that allows it to perform optimal charge removal. Level meter indicator (green) Indicates static buildup around the head or the amount of ion generated from the head. Discharge indicator (green) Lights up during discharge. CHECK indicator (orange) Lights up when dirt, wear, etc. of the discharge needle is detected. ERROR indicator (red) Lights up when abnormal discharge is detected. Discharge frequency setting switch Discharge control...

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 5

1163 FIBER SENSORS LASER SENSORS PHOTOELECTRIC SENSORS MICRO PHOTOELECTRIC SENSORS Area Ionizer ORDER GUIDE Heads Head connection cable is not supplied with the head. Please order it separately. Charge removal time (±1,000 V→±100 V) INDUCTIVE PROXIMITY SENSORS PARTICULAR USE SENSORS SENSOR OPTIONS WIRE-SAVING SYSTEMS MEASUREMENT SENSORS STATIC ELECTRICITY PREVENTION DEVICES LIGHT CURTAINS / SAFETY COMPONENTS SIMPLE WIRE-SAVING UNITS AREA SENSORS PRESSURE / FLOW SENSORS Effective charge removal width Notes: 1) In condition of discharge distance 100 mm 3.937 in, center of the product,...

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 6

Area Ionizer OPTIONS Designation Power cable FIBER SENSORS Length: 2 m 6.562 ft, Net weight: 80 g approx. Length: 5 m 16.404 ft, Net weight: 190 g approx. 0.15 mm2 10-core cabtyre cable with connector Cable outer diameter: ø5.3 mm ø0.209 in ER-XAPS-EX IN: 100 to 240 V AC, 50 / 60 Hz OUT: 24 V DC, 1.5 A (Note 1) AC adapter Power cable • ER-XCC□ PHOTOELECTRIC SENSORS MICRO PHOTOELECTRIC SENSORS Ambient temperature: 0 to +40 °C +32 to +104 °F Ground wire: 3.7 m 12.139 ft AC cable: 1 pc., Cable length 1.8 m 5.906 ft, Rating 125 V AC (Note) Wiring connector terminals: 6 pcs. LASER SENSORS AREA...

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 7

1165 FIBER SENSORS LASER SENSORS PHOTOELECTRIC SENSORS MICRO PHOTOELECTRIC SENSORS AREA SENSORS LIGHT CURTAINS / SAFETY COMPONENTS PRESSURE / FLOW SENSORS INDUCTIVE PROXIMITY SENSORS PARTICULAR USE SENSORS SENSOR OPTIONS SIMPLE WIRE-SAVING UNITS WIRE-SAVING SYSTEMS MEASUREMENT SENSORS STATIC ELECTRICITY PREVENTION DEVICES LASER MARKERS PLC HUMAN MACHINE INTERFACES ENERGY CONSUMPTION VISUALIZATION COMPONENTS FA COMPONENTS MACHINE VISION SYSTEMS UV CURING SYSTEMS Area Ionizer SPECIFICATIONS Heads Type Item Effective charge removal width 320 mm 12.598 in approx. 480 mm 18.898 in approx. 640 mm...

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Pulse AC Method Area Ionizer ER-X P 1159 to 1168 - 8

Area Ionizer CHARGE REMOVAL CHARACTERISTICS (TYPICAL) Please contact our office for details on data that is not listed here. LASER SENSORS Measured using a 150 × 150 mm 5.906 × 5.906 in CPM (charge plate monitor). (At center of CPM) PHOTOELECTRIC SENSORS Correlation between charge removal Correlation between charge removal Correlation between charge removal distance and charge removal time (50 Hz) distance and charge removal time (10 Hz) distance and charge removal time (1 Hz) 10 Charge removal time (sec.) Charge removal time (sec.) Charge removal time (sec.) PRESSURE / FLOW SENSORS...

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