IML Spider

The IML Spider is a versatile electrode for direct charging for IML applications. It consists of a IML Spider block with built-in resistors to prevent accidental sparking. The IML Spider Block has 8 output ports, with resistors per port, for connection of up to 8 flexible charging electrodes. An additional output port is provided for daisy chaining complementary IML Spider Blocks. All connection ports are equipped with quick connect plugs.

IML Spider

Electrodes are available in lengths of 300 and 500 mm and a special 500 mm long one that can be tailored during installation by use of a special tool. Interconnection cables are available in lengths of 0,5 , 1 , 2 and 3 metres. Connection cable for use with the CM type generator are standard 2 , 5 and 10 metres long.

The IML Spider can be used for IML applications in conjunction with IML generators with a maximum output of 18 kV. Special connection heads for the CM Micro Easy make it possible to use the IML Spider with the CM Micro Easy or use the CM Micro Easy directly as an IML Spider with maximum 4 Spider Electrodes.

IML Spider Highlights

  • Up to 8 flexible electrodes
  • Resistor per emitter protection
  • Quick connectors
  • Daisy chain possible

Full control of static electricity in your production process thanks to the IQ Easy Platform


  • IML Spider block with 8 positions
  • Each output limited with a resistor
  • Quick connect cables and electrodes
  • Daisy chain possible
  • Electrodes custom sizes
  • Unlimited combinations with all IML generators
  • Also available as Junction Block without resistors

Technical specification

Operating Voltage Max. 18 kV DC
Current Output IML Spider (Head) max. 0,7 mA (@duty cycle 20%, cycle 5 s)
Operating environment Industrial, internal use
Temperature 0-55°C
Relative humidity Max. 90% non-condensing
Sealing IP-54
Resistor per output Yes
Dimensions (lxwxh) 99,3 x 67,5 x 31 mm
Vibration resistance ≤ 6 G, ≤ 7 m/s
Input/daisy chain connectors 2 x Ø 6 mm
Output connectors 8 x Ø 4 mm

Product specification