Categories : Cetop 8 (NG25), Proportional Control Valves

The Yuken ELDFHG-06EH Two Stage valve range is a closed loop, high response proportional directional and flow control valve with OBE (on board electronics) The addition of OBE to the Yuken range of ELDFHG valves which with simple servo valve performance levels of high response, high accuracy, reliability, newly developed strong compact solenoids, closed loop control with spool position sensor and differential transformer mean the range can now offer simple operation and user friendliness due to the simplified wiring.

Rated Flow | 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 350 – (350 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM), 500 – (500 LPM) |
---|---|

Spool Type | 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2 (10% Overlap), 3C40 (P Blocked A&B-T), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap), 3C2P (All Ports Closed, Zero Lap), 3C2L (2% Overlap) |

Direction of Flow | XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out), XY – (Meter In/Meter Out) |

Pilot Connection | None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain), None – (Internal Pilot , Internal Drain), None – (Internal Pilot , Internal Drain), E – (External Pilot, Internal Drain), E – (External Pilot, Internal Drain), T – (Internal Pilot, External Drain), T – (Internal Pilot, External Drain), ET – (External Pilot, External Drain), ET – (External Pilot, External Drain) |

Fail-Safe Function | C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), C – (Neutral), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), A – (P-A/B-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T), B – (P-B/A-T) |

Input Signal / Spool Travel Monitor | D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), D – (Voltage Signal +/-10v), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), E – (Current Signal 4-20mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA), F – (Current Signal +/- 10mA) |