Current spectrum of products of Eigner Messtechnik
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IEPE EMULATOR
Why ACTIVE FILTERS ? ➜
 PRODUCTS
 These product lines represent our current spectrum of products in series production.
 To receive our current price list please send an e-mail to info[at]eigner-messtechnik[dot]de.
 Subject: "Request price list".

 IEPE MODULES:
 Very flexible
 adaptation of an
 IEPE SIGNAL
 to the
 SIGNAL OUTPUT
 - balanced or
 - unbalanced
 Quick help with the
 selection of our
 IEPE devices:
 IEPE device
 selection
 help form.pdf

Signal-IEPE-IN-OUT symm-unsymm
  Please note absolutely for all IEPE modules:
  If the IEPE input is overdriven, the module output exceeds the nominal values.
  For example: Instead of 0 to +5 V the output may take the values -1 to +6 V.
  Therefore, make sure that your signal processing unit can withstand these values without damage!

 IPE-FM1
 IEPE
 signal conditioning
 OEM module
 - balanced output

 → IEPE modules
IEPE Signal Conditioning Amplifier - IPE-FM1 Vers. A
IEPE Signal Conditioning Amplifier - IPE-FM1 Vers. B
 Features:
   - Easy to use - no setting, no adjustment: gain +1, IEPE excitation 24 VDC / 4 mA
   - IEPE signal range = IPE-FM1 module output range, and with IEPE bias reduced to 0.0 V
   - Single power supply 12 to 15 VDC
   - Internal charge pump converter (100 kHz) for generating the IEPE voltage
   - Available in 2 Versions of installation: A = suitable for front panel mounting or B = main board mounting
 Order numbers (Please quote this number when making price inquiries):
   IPE-FM1.0_V
 Product info: IPE-FM1_info.pdf  [369 kByte info sheet in 'EN']
 IPE-FM3
 Versatile
 signal conditioning
 OEM module
 - balanced output
 including
 Active Filters
 on board

 → IEPE modules
 Please note:
 IPE-FM3 actually only
 makes sense if basic
 variants (G = 1, I_IEPE
 fixed) are combined
 with active filters
.
 For basic variants
 without filters,
 IPE-FM1 or IPE-FM4
 are recommended.
IEPE Signal Conditioning Amplifier - IPE-FM3
 Versatile DC / AC / IEPE signal conditioning plus Active Filters
   - Switchable IEPE excitation current: 2 - 4 - 6 - 8 or 1 - 2 - 3 - 4 [mA]
   - Fixed or switchable gain: 1 or 1 - 2 - 5 - 10 combined with 1 - 10 - 100
   - Active filters: 4th or 8th order Butterworth or Bessel low-pass, 500 Hz to 20 kHz, Fcut-off as desired
   - Power supply ±12 to ±15 VDC plus 24 to 30 VDC
   - Available in 2 Versions of installation: A = suitable for front panel mounting or B = main board mounting
 Order numbers (Please quote this number when making price inquiries):
   IPE-FM3.1_V: Gain = 1, I_IEPE = 4 mA, no filters
   IPE-FM3.2_V: Gain = 1, I_IEPE selectable, no filters included
   IPE-FM3.3_V: Gain = 1 - 2 - 5 - 10, I_IEPE = 4 mA, no filters included
   IPE-FM3.4_V: Gain = 1 - 2 - 5 - 10, I_IEPE selectable, no filters included
   IPE-FM3.5_V: Gain = 1 - 10 - 100, I_IEPE = 4 mA, no filters included
   IPE-FM3.6_V: Gain = 1 - 10 - 100, I_IEPE selectable, no filters included
   IPE-FM3.7_V: Gain = 1 - 2 - 5 - 10 and 1 - 10 - 100, I_IEPE = 4 mA, no filters included
   IPE-FM3.8_V: Gain = 1 - 2 - 5 - 10 and 1 - 10 - 100, I_IEPE selectable, no filters included
   IPE-FM3.X_V: Gain = new: user specified (within a certain range), I_IEPE = 4 mA, no filters
   IPE-FM3.9_BU_O: Active filters "Butterworth" fitted on board. IPE-FM3.9_4 - 4th order, _8 - 8th order
   IPE-FM3.9_BE_O: Active filters "Bessel" fitted on board. IPE-FM3.9_4 - 4th order, _8 - 8th order
 Product info: IPE-FM3_info.pdf  [397 kByte info sheet in 'EN']
 Broschüre: IPE-FM3_man_de.pdf  [3578 kByte in 'DE']
 Brochure: IPE-FM3_man_en.pdf  [3576 kByte in 'EN']
 IPE-FM4
 IEPE
 signal conditioning
 OEM module
 - balanced or
 - unbalanced output

 → IEPE modules
IEPE signal conditioning module for front panel mounting
IEPE signal conditioning module for main board mounting
 Upgrade to IPE-FM1 with the functional extensions:
  - Input = Output range either ±10 V max. balanced to GND or
    - Output = 0 to +10 V with offset +5 V for unbalanced AD-converters 0 to 10 V
    - Output = 0 to +5 V with offset +2.5 V for unbalanced AD-converters 0 to 5 V
    - Output = 0 to +3.3 V with offset +1.65 V for unbalanced AD-converters 0 to 3.3 V
  - Input signal fault detection: open circuit or short to GND - indicated by ext. FAULT LED
    Please specify when ordering: Fault LED A = fault (red) or LED B = signal OK (green)
   - Available in 2 Versions of installation: A = suitable for front panel mounting or B = main board mounting
 Order numbers - Balanced Output (Please quote this number when making price inquiries):
   IPE-FM4.1-1_F_V: Input = Output (±10 V max.), DC Offset = 0 V
   IPE-FM4.1-2_F_V: Input = ±10 V, Output = ±5 V, DC Offset = 0 V
   IPE-FM4.1-3_F_V: Input = ±5 V, Output = ±10 V, DC Offset = 0 V
   IPE-FM4.1-4_F_V: Input = ±2 V, Output = ±10 V, DC Offset = 0 V
   IPE-FM4.1-5_F_V: Input = ±2 V, Output = ±5 V, DC Offset = 0 V
 Order numbers - Unbalanced Output (Please quote this number when making price inquiries):
   IPE-FM4.2-1_F_V: Input = ±10 V, Output = +10 V, DC Offset = +5 V
   IPE-FM4.2-2_F_V: Input = ±5 V, Output = +10 V, DC Offset = +5 V
   IPE-FM4.2-3_F_V: Input = ±10 V, Output = +5 V, DC Offset = +2.5 V
   IPE-FM4.2-4_F_V: Input = ±5 V, Output = +5 V, DC Offset = +2.5 V
   IPE-FM4.2-5_F_V: Input = ±10 V, Output = +3.3 V, DC Offset = +1.65 V
   IPE-FM4.2-6_F_V: Input = ±5 V, Output = +3.3 V, DC Offset = +1.65 V
 Product info: IPE-FM4_info.pdf  [382 kByte  info sheet in 'EN']
 Broschüre: IPE-FM4_man_de.pdf  [331 kByte in 'DE']
 Brochure: IPE-FM4_man_en.pdf  [331 kByte in 'EN']
 IPE-DM5
 IEPE
 signal conditioning
 35 mm DIN RAIL
 - balanced output
 including
 Active Filters
 on board

 → IEPE modules
 NEW as of Sept 2021:
 Also available in a
 slightly simpler version
 → IPE-DM5s
IPE-DM5
 The IEPE excitation and signal conditioning device IPE-DM5 is designed for installation in control
 cabinets with 35 mm DIN rail mounting.
   - Available in 2 Supply Power groups: 12 VDC (9 to 18) or 24 VDC (18 to 36)
 Features:
   - Constant current excitation for IEPE Sensors 4 mA @ 30 VDC
   - Input high-pass filter for decoupling the DC offset of the IEPE circuit
   - Amplifier with switchable amplification 1 - 2 - 5 - 10 [V/V]
   - Active filters: 4th or 8th order Butterworth or Bessel low-pass, 500 Hz to 20 kHz, Fcut-off as desired,
     with one or two switchable frequencies, plus bypass switch
   - Galvanic isolation of the measuring circuit from the 12 or 24 V control cabinet supply by means of
     electrically isolated DC / DC converters for IEPE and device supply
 Order numbers (Please quote this number when making price inquiries):
   IPE-DM5.1_P: Signal conditioning without filters
   IPE-DM5.2_P: Signal conditioning with one low-pass filter
   IPE-DM5.3_P: Signal conditioning with two low-pass filters
 Product info: IPE-DM5_info.pdf  [316 kByte  info sheet in 'EN']
 Broschüre: IPE-DM5_man_de.pdf  [1096 kByte in 'DE']
 Brochure: IPE-DM5_man_en.pdf  [1095 kByte in 'EN']
 Product info: IPE-DM5s_info.pdf  [310 kByte  info sheet in 'EN']
 IPE-FM6
 IEPE
 signal conditioning
 OEM module
 - balanced or
 - unbalanced output
 including
 Active Filters
 as piggyback
 module

 → IEPE modules
IPE-FM6
IPE-FM6
IPE-FM6
 Versatile IEPE module adaptable to different signal inputs on different signal outputs.
 Features:
   - Single supply Power group: 12 VDC (12 to 15 VDC) or 24 VDC (22 to 26 VDC)
   - Charge pump converter (100 kHz) for generating the internal supply voltages
   - Constant current excitation for IEPE Sensors 4 mA @ 22 to 28 VDC
   - Input high-pass filter for decoupling the DC offset of the IEPE circuit
   - Input stage with amplification or attenuation to adapt the IEPE level to the user prefered ADC
   - Active filters: Pluggable low pass filter with Butterworth or Bessel response 4th or 8th order
   - Status LEDs - input signal within the normal range (green) or input signal outside the range (red)
   - Available in 2 Versions of installation: A = suitable for front panel mounting or B = main board mounting
 Order numbers - Balanced Output (Please quote this number when making price inquiries):
   IPE-FM6.1-1_P_V: Input = Output = ±10 V, DC Offset = 0 V
   IPE-FM6.1-2_P_V: Input = ±10 V, Output = ±5 V, DC Offset = 0 V
   IPE-FM6.1-3_P_V: Input = ±5 V, Output = ±10 V, DC Offset = 0 V
   IPE-FM6.1-4_P_V: Input = ±2 V, Output = ±10 V, DC Offset = 0 V
   IPE-FM6.1-5_P_V: Input = ±2 V, Output = ±5 V, DC Offset = 0 V
   IPE-FM6.1-6_P_V: Input = ±1 V, Output = ±10 V, DC Offset = 0 V
 Order numbers - Unbalanced Output (Please quote this number when making price inquiries):
   IPE-FM6.2-1_P_V: Input = ±10 V, Output = +10 V, DC Offset = +5 V
   IPE-FM6.2-2_P_V: Input = ±5 V, Output = +10 V, DC Offset = +5 V
   IPE-FM6.2-3_P_V: Input = ±10 V, Output = +5 V, DC Offset = +2.5 V
   IPE-FM6.2-4_P_V: Input = ±5 V, Output = +5 V, DC Offset = +2.5 V
   IPE-FM6.2-5_P_V: Input = ±10 V, Output = +3.3 V, DC Offset = +1.65 V
   IPE-FM6.2-6_P_V: Input = ±5 V, Output = +3.3 V, DC Offset = +1.65 V
   IPE-FM6.2-7_P_V: Input = ±2 V, Output = +3.3 V, DC Offset = +1.65 V
   IPE-FM6.2-8_P_V: Input = ±1 V, Output = +3.3 V, DC Offset = +1.65 V
   IPE-FM6.12-x_P_V: Input = by request, Output = by request, DC Offset = by request
 Order numbers - Active Filters (Please name the desired cut-off Frequency):
   IPE-FM6.3_BU_4_F: Butterworth low pass 4th order
   IPE-FM6.3_BE_4_F: Bessel low pass 4th order
   IPE-FM6.3_BU_8_F: Butterworth low pass 8th order
   IPE-FM6.3_BE_8_F: Bessel low pass 8th order
 Product info: IPE-FM6_info.pdf  [530 kByte  info sheet in 'EN']
 Broschüre: IPE-FM6_man_de.pdf  [645 kByte in 'DE']
 Brochure: IPE-FM6_man_en.pdf  [643 kByte in 'EN']
 IPE-ISO1
 IEPE / AC / DC
 3 Ways
 Isolation Amplifier
 - balanced or
 - unbalanced output
 including
 - Active Filters
 and
 - 4 to 20 mA output
 as piggyback
 module

 → IEPE modules
IPE-ISO1
IPE-ISO1
 Versatile IEPE / AC / DC module adaptable to different signal inputs on different signal outputs with
 the galvanic isolation of signal input to signal output to power line.
 Features:
   - Wide input power supply 9 to 36 VDC, aprox. 2 W
   - 3 DC/DC converters to the internal voltage supply of:
      Signal input stage - IEPE excitation - Signal output stage
   - Constant current excitation for IEPE Sensors 2 - 4 - 6 - 8 mA @ 28 VDC
   - Input high-pass filter for decoupling the DC offset of the IEPE circuit
   - Input stage with amplification or attenuation to adapt the IEPE level to the user prefered ADC
   - Active filters: Pluggable low pass filter with Butterworth response 4th or 8th order
   - Pluggable current loop signal output for the conversion of the voltage output 0 to 10 V to the
      disturbance insensitive current output 4 to 20 mA (offset: 12 mA)
   - Status LEDs - input signal within the normal range (green) or input signal outside the range (red)
   - Available in 2 Versions: A = DIN rail mounting or B = Aluminium housing
 Order numbers - (Please quote this number when making price inquiries):
   IPE-ISO1_V
 Order numbers - Active Filters (Please name the desired cut-off Frequency):
   IPE-FM6.3_BU_4_F: Butterworth low pass 4th order
   IPE-FM6.3_BU_8_F: Butterworth low pass 8th order
   Possible cut-off frequencies depending on the filter order -please watch the documentation.
 Order numbers - Current Loop 4 to 20 mA (Please quote this number when making price inquiries):
   IPE-ISO1-CIP
 Product info: IPE-ISO1_info.pdf  [592 kByte  info sheet in 'EN']
 Broschüre: IPE-ISO1_man_de.pdf  [1735 kByte in 'DE']
 Brochure: IPE-ISO1_man_en.pdf  [1731 kByte in 'EN']
 IEPE housing 1:
 Modules IPE-FMx

 More housing variants
 → services
Housing IEPE signal conditioning - IPE-FM1 IPE-FM3 IPE-FM4
 IPE-FMx - Housing and power supply for 4 modules "IPE-FMx"  → IEPE modules
 Robust aluminum profile housing with built-in power supply board.
 (Illustration example: IPE-FM3)
 Power supply board "IPE-FM3_PowerSupply":
 Input supply voltages 12 VDC (9-18 VDC) or 24 VDC (18-36 VDC) converted to the internal
 supply voltages ±15 VDC and +24/30 VDC, required by the modules IPE-FM3.
 Broschüre: IPE-FM3_man_de.pdf  [3258 kByte in 'DE']
 Brochure: IPE-FM3_man_en.pdf  [3258 kByte in 'EN']
 More housing variants → services
 IEPE EMULATOR I
 IEPE sensor
 simulation tool

 →  IEPE EMULATOR I
Picture: IEPE Testing Tool - IEPE EMULATOR I  IEPE EMULATOR I facilitates the testing of amplifiers with IEPE inputs if there is no calibrated
 engine test bench (shaker) for IEPE transducers available.
 Special feature: IEPE output up to ±10 V.
 Product info: IEPE-EMULATOR-I_info.pdf  [148 kByte info sheet in 'EN']
 Broschüre: IEPE-EMULATOR-I_man_de.pdf  [87 kByte in 'DE']
 Brochure: IEPE-EMULATOR-I_man_en.pdf  [85 kByte in 'EN']
 IEPE EMULATOR IV
 IEPE sensor
 simulation tool

 → IEPE EMULATOR IV
Picture: IEPE Testing Tool - IEPE EMULATOR IV  IEPE EMULATOR IV facilitates the testing of amplifiers with IEPE inputs if there is no calibrated
 engine test bench (shaker) for IEPE transducers available.
 Special features: Battery powered, internal Sine Wave Generator 1024 Hz, bandwith 0 to 50 kHz
 2 input signal ranges ±5 V and ±10 V,  Output ±5 V, IEPE const. currents 2 to 20 mA at 18 to 30 VDC.
 Product info: IEPE-EMULATOR-IV_info.pdf  [424 kByte info sheet in 'EN']
 Broschüre: IEPE-EMULATOR-IV_man_de.pdf  [973 kByte in 'DE']
 Brochure: IEPE-EMULATOR-IV_man_en.pdf  [970 kByte in 'EN']
 Active Filters:
 module AF08

 → Active Filters
AF08 - Active Filter Module
 Active Filters AF08
 AF08 is a pluggable module 22*48 mm², but connector grid 1/10 inch (2.54 mm)
 AF08 ist available in 2 designs:
   - A: single, fixed cut-off frequency filter
   - B: switchable cut-off frequencies (also with remote control TTL/CMOS level) in 2-3-4 steps
          with your preferred cut-off frequencies in the range of 50Hz to 50kHz.
 You can order AF08 with filter responses "Butterworth" or "Bessel" with cut-off frequencies of your choice.
 Product info: AF08_info.pdf  [303 kByte info in 'EN']
 Broschüre: AF08_man_de.pdf  [3926 kByte in 'DE']
 Brochure: AF08_man_en.pdf  [3900 kByte in 'EN']
 Active Filters:
 housing 1

AF08 - Active Filters Mainboard and Housing
 Mainboard / Housing for 4 modules Active Filters AF08 (acc. to Active Filters AF08)
 Mainboard for filter modules for installation in customer systems
 or installed in standard housing
   - mainboard with plug-in module connectors and power supply components
   - mainboard size 100 x 70 [mm] suitable for EURO-board housings
   - on board connector for remote control (front panel switch or microcontroller-bus)
   - power supply 9-18VDC (opt. 9-36VDC), 5W max.
   - metal housing (with/without mounting brackets) size 105 x 43 x 108 [mm]
     (standard - others on request)
   - BNC plugs for input and output, banana plugs for power supply
     (standard - others on request)
   - optional: Front panel rotary switch for selecting the filter cut-off frequencies
 Broschüre: AF08_man_de.pdf  [3926 kByte in 'DE']
 Brochure: AF08_man_en.pdf  [3900 kByte in 'EN']
 Active Filters:
 housing 2

Housing AF08 - Active Filters Front with Rotary Switch
 AF08 - Filter cut-off frequency setting by rotary switch (acc. to Active Filters AF08)
 When each of the built-in filter modules should get the same frequency setting,
 there is a more comfortable way than opening the housing:
   - Rotary switch - mounted on the front panel.
 Broschüre: AF08_man_de.pdf  [3926 kByte in 'DE']
 Brochure: AF08_man_en.pdf  [3900 kByte in 'EN']
 More information on request: info[at]eigner-messtechnik[dot]de  Please specify in your enquiry mail the product you are interested in.
 To receive our current price list please send an e-mail to info[at]eigner-messtechnik[dot]de. Subject: "Request price list".
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