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Interpolation Electronics GEL 214

Interpolation Electronic GEL 214 - Lenord & Bauer Rail Speed Sensors and Rotary Pulse Encoders
Interpolation Electronics GEL 214

General Information

  • conversion of standardized sine signals into square signals up to an interpolation factor of 512
  • automatic offset and amplitude calibration
  • storage of the adjusted values in an EEPROM

Range of Application

  • in combination with encoders generating sine-wave signals, such as e. g. GEL 295 KN
  • interpolation of sine signals from the MiniCoder GEL 244 KN
  • interpolation of sine-shaped voltages with an amplitude of 1 Vpp

Input Signals

  • two sine-wave signals offset by 90 and their inverse signals
  • signal level 500 mVPP per track = 1 VPP as differential signal
  • reference signal and inverse reference signal

Output Signals

  • two square-wave signals offset by 90 and their inverse signals
  • reference pulse (option)
  • output either with TTL or HTL signal level

Design

  • EMC-proof metal housing, powder-lacquered black
  • 15-pole D-subminiature appliance connector for input and output
  • 12-pole circular connector (option)

Technical Data

supply voltage (Vs) 10 ... 30 V DC (V, X and U), 5 V DC + 5%(T)
power consumption without load ≤ 2 W
output level T-, U-signal (option)
logic level TTL
high level: ≥ 4.0 V if I = 10 mA; ≥ 3.8 V bei I = 30 mA
low level: ≤ 0.9 V if I = 10 mA; ≤ 1.0 V bei I = 30 mA
output level V-, X-signal
logic level HTL
high level: ≥ VS -1.9 V if I = 10 mA; ≥ VS - 2.8 V if I = 30 mA
low level: ≤ 1.2 V if I = 10 mA; ≤ 2.6 V if I = 30 mA
output tracks two square-wave signals offset by 90 and their inverse signals (option)
outputs (U, UN, T, TN) TTL-, RS 422- and RS 485-compatible
outputs (V, VN, X, XN) push-pull signal
inputs tracks (GEL 244 KN, GEL 245 KN, ....) sine/cosine signals and their inverse signals
signal level 500 mVPP per track, differential voltage 1 VPP
optional: reference signal (N)
output frequence ≤ 200 kHz input frequency by multiplier available with multiplier:
1, 2, 4, 8, 10,16, 20, 25, 32, 40, 50, 64, 80, 100, 125, 128, 200, 250, 256,
400, 500 or 512
input frequence 0 ... 50 kHz
short-wave precision (referring to a
toothed wheel with 256 teeth,
module = 0.3)
0.0085, pairing of sensor /encoder not necessary
long-wave precision dependent on the precision of the measuring scale
max. admissible cable length
between the sensor and the
interpolation electronics
25 m if the cable cross section is 0.5 mm2 or more
operating temperature range -40C ... 85C
protection class IP 40
electromagnetic compatibility
electromagnetic emission
EN 61000-6-3 and EN 61000-6-4
electromagnetic immunity
EN 61000-6-1 and EN 61000-6-2
screening screen coaxial on connector housing
insulation strength (DIN EN 60439-1) 500 V
vibration protection (DIN EN 60068-2-6) 200 m/s2
housing made of metal
colour RAL 9005, black
weight approx. 0.5 kg
connectors 15-pole D-subminiature socket (input for the sine encoder)
15-pole D-subminiature connector (output for the control)
12-pole circular connector (option)
connection to earth set screw M5
signal pattern

track 1
track 1
track 2
track 2
option track N
option track N
The edge distance F is with output frequency
200 kHz ≥ 0,6 s; a = 360, b = 90
Interpolation Electronics T,X,U & V with Input Signals - Lenord & Bauer Rail Speed Sensors and Rotary Pulse Encoders

Dimensioned drawings Pin layouts

GEL 214 Dimensioned Drawing Pin Layout Standard - Lenord & Bauer Rail Speed Sensors and Rotary Pulse Encoders

Supply voltage for sine-wave encoder. If the cable length is >10 m, please use a cable with larger cross section, e. g. 60 m > 1,0 mm2.


GEL 214 Dimensioned Drawing Pin Layout Option - Lenord & Bauer Rail Speed Sensors and Rotary Pulse Encoders

Supply voltage for sine-wave encoder.


Type code Interpolation Electronics GEL 214

Typecode Interpolation Electronic Gel 214 - Lenord & Bauer Rail Speed Sensors and Rotary Pulse Encoders

Lenord & Bauer: Rail Speed Sensors & Rotary Pulse Encoder

Other products relating to GEL 214 are: GEL 213, GEL 212