61F-GP-N8 AC24 Omron, 61F-GP-N8 AC24 Datasheet
61F-GP-N8 AC24
Specifications of 61F-GP-N8 AC24
61FGPN8AC24
Related parts for 61F-GP-N8 AC24
61F-GP-N8 AC24 Summary of contents
Page 1
... Conforms to EMC/IEC standards (61F-GP-N/-N8/-GPN-V50) UL/CSA approved (61F-GP-N8/-GPN-V50) Operating Principle Unlike ordinary level switches that use a float for level detection, the 61F Floatless Level Controller uses electrodes to electrically detect the liquid level. The following figures illustrate this simple operating principle. 8 VAC X ...
Page 2
... Model Selection Basic Configuration of 61F Conductive Level Controller To use a 61F Conductive Level Controller, the 61F itself, Electrode Holders, and Electrodes are required. 61F Basic configuration Electrode Holders Electrodes Typical Application Example 61F Controller Cermet wire is used in the transformer to prevent accidents by short-circuiting. ...
Page 3
... Controller Selection Guide by Application Item A t Automatic water supply and drainage control Function Automatic pump operation (constant water level) Water level --- indication abnormal alarm Appearance Standard Model 61F-G (Pages 6 to 10, 52) Item Function Automatic pump operation (constant water level) ...
Page 4
... Water Leakage Alarm (Pages 68 to 71) 61F I Alternative operation of two pumps --- --- Upper limit Middle L M Lower B L limit L Plug-in Model Compact plug-in Model 61F-APN2 61F-IP (Pages 34 to 43, 54) (Pages 25 to 26, 31, 54) 61F-GPN-V50 Water Leakage Detector (Pages 68 to 71) ...
Page 5
... F03-60 HAS B F03-60 HAS C F03-11 F03-12 F03-14 1P (for 1 pole) F03-14 3P (for 3 poles) F03-14 5P (for 5 poles) 61F Applications Applications where high where corrosion distance to the resistance is water surface required is long BS-1T ...
Page 6
... Control output 2 A, 220 VAC (Inductive load: cosφ 220 VAC (Resistive load) Ambient temperature Operating: --10°C to 55°C (--10°C to 70°C for 61F-jT) Ambient humidity Operating: 45% to 85% RH Insulation resistance 100 MΩ min. (at 500 VDC) (see note 4) Dielectric strength 2000 VAC, 50/60 Hz for 1 min ...
Page 7
... Internal Circuit Diagrams The schematic diagrams shown below typify the internal connections of the various 61F models. The designations Ta, Tb, and Tc (sometimes referred to collectively as “U”) may occur more than once in a product, however, the “a” terminal is always an NO contact, a “b” terminal contact, and the “ ...
Page 8
... Note: The 61F-11H relay de-energizes when there is water present across the Electrodes, whereas the 61F relay energizes when there is water present across the Electrodes. Also, the terminal connections of those Controllers provided with LED indicators differ from those which have no indicators. ...
Page 9
... Transformer 0 V 61F-11 U 100 Relay Unit U 200 (See note 1) Rated voltage: S0--S1: 100 or 110 or 120 VAC A S0--S2: 200 or 220 or 240 VAC Electromagnetic switch Water tank Water supply source 61F-Gj Water drainage (U indicator ON Pump ON (U indicator OFF Pump OFF PS-3S Stop Start ...
Page 10
... OFF) when the water level drops below E2. Note: 1. The two-wire models require two cables for connecting the 61F-GR and electrode holders and three electrodes. 2. The electrode holders must be special ones for two-wire models. (The resistance R is built into the electrode holder for the two-wire models ...
Page 11
... E1’ and E3. When the pump stops during normal operation subsequent to an alarm issued for a low water level (e.g., the water level does not reach E2’), do not press the pushbutton switch. 61F-G1 Transformer 61F- Relay Unit 100 V 61F- Relay Unit 200 ...
Page 12
... When starting the pump or after recovering from a power failure, if the water level has not yet reached E4, press the pushbutton switch to start the pump by short-circuiting E3 and E4. If the pump stops upon releasing the pushbutton switch, keep pressing the pushbutton switch. 61F-G1 Transformer 61F- Relay Unit 100 V 61F- Relay Unit 200 ...
Page 13
... The pump starts (U2 indicator OFF) when the water level reaches E2 and stops (U2 indicator ON) when the water level rises to E1. • If the water level reaches E4 for any reason, the alarm sounds (U1 indicator ON). 61F-G2 for drainage control Transformer 0 V 61F- Relay Unit ...
Page 14
... If the water level rises to E1 for any reason, the upper-limit indicator turns ON and the alarm sounds (U1 indicator ON). • If the water level drops below E4 for any reason, the lower-limit indicator turns ON and the alarm sounds (U3 indicator OFF). 61F-G3 for water supply Transformer 0 V 61F- ...
Page 15
... When the pump stops during normal operation subsequent to an alarm issued for low water level (i.e., the water level has not reached E3), do not press the pushbutton switch 61F-11 Relay Unit 5 61F-11 Relay Unit 61F-11 Relay Unit 61F-11 Relay Unit 61F-11 Relay Unit ...
Page 16
... When supplying power from N-phase to the Controller in three-phase four-line circuit, refer to the following diagrams. Line voltage (R-S, S-T, or R-T): 380 or 415 VAC Phase voltage (N-R, N-S, or N-T): 220 or 240 VAC 61F-Gj, 220 or 240 VAC Water Supply Power source 380 or 415 VAC ...
Page 17
... When the water level reaches E2, the alarm turns OFF and the intermediate indicator turns ON (U2 indicator ON). • When the water level rises to E1, the upper-limit indicator turns ON and the alarm sounds (U1 indicator ON). Transformer 61F- Relay Unit 100 V 61F- Relay Unit 200 ...
Page 18
... Electrical: 100,000 operations min. Mechanical:5,000,000 operations min. Note: 1. The relay in the 61F-GP-NH de-energizes when there is water present across the Electrodes, whereas the relay in the 61F-GP- N8HY energizes when there is water present across the Electrodes. 2. The length when using completely-insulated, 600-V, 3-conductor (0.75 mm shorter as the cable diameter or number of conductors becomes larger ...
Page 19
... Connect the electromagnetic switch coil terminal to terminal 11. • Pump starts when the water level reaches E1 (indicator ON) and stops when the water level drops below E2 (indicator OFF). 61F-GP MCCB 0 V 200 (See note 2 below.) Contactor THR Water tank Water supply source 61F-GP-Nj 61F-GP-NR Power supply Control circuit ...
Page 20
... When supplying power from N-phase to the Controller in three-phase four-line circuit, refer to the following diagrams. Line voltage (R-S, S-T, or R-T): 380 or 415 VAC Phase voltage (N-R, N-S, or N-T): 220 or 240 VAC 61F-GP-Nj 220 or 240 VAC Power source 380 or 415 VAC Source voltage: ...
Page 21
... Electrical: 100,000 operations min. Mechanical:5,000,000 operations min. Note: 1. The relay in the 61F-GP-N8H/-N8Y de-energizes when there is water present across the Electrodes, whereas the relay in the 61F-GP-N8HY energizes when there is water present across the Electrodes. 2. The length when using completely-insulated, 600-V, 3-conductor (0.75 mm shorter as the cable diameter or number of conductors becomes larger ...
Page 22
... Internal Circuit Diagrams 61F-GP-N8/-N8L/-N8D/-N8HY Power supply Control circuit (see note) Note for the 61F-GP-N8HY. 61F-GP-N8Y Power supply Control circuit 61F-GP-N8H Power supply 24 V Control circuit 24 V 61F-GP-N8-V50 Power supply Control circuit 61F-GP-N8j 61F-GP-N8R Power supply Control circuit ...
Page 23
... The pump starts when the water level reaches E1 (indicator ON) and stops when the water level drops below E2 (indicator OFF). 61F-GP- Control circuit 24 V 200 V U (See note 1 below Contactor (See note 2 below.) PS-3S Stop E 1 Start Water tank Reservoir P 61F-GP-N8j Water drainage Indicator Pump ON Indicator OFF Pump OFF ...
Page 24
... Connection with Three-phase Four-line Circuit When supplying power from N-phase to the Controller in three-phase four-line circuit, refer to the following diagrams. Line voltage (R-S, S-T, or R-T): 380 or 415 VAC Phase voltage (N-R, N-S, or N-T): 220 or 240 VAC 61F-GP-N8j, 220 or 240 VAC Power source 380 to 415 VAC ...
Page 25
... Electrical: 500,000 operations min. Mechanical:5,000,000 operations min. Note: 1. The relay in the 61F-G1H/-G2H/-IPH de-energizes when there is water present across the Electrodes, whereas the relay in the 61F-GP-N8HY energizes when there is water present across the Electrodes. 2. Models are available for 2 km and 4 km. ...
Page 26
... Control circuit 61F-G1PH Control circuit 24 V Power supply Control circuit 61F-IP/-IPL/-IPD Control circuit 24 V Power supply 24 V Control circuit 61F-GjP 61F-G2P/-G2PL/-G2PD Control circuit 24 V Power Control circuit U supply 61F-IPH Control circuit 24 V Power supply 24 V Control circuit ...
Page 27
... E1’ and E3. When the pump stops during normal operation subsequent to an alarm issued for a low water level, do not press the pushbutton switch. Alarm Transformer U Control circuit Control circuit 2 200 Water tank E Water supply 2 E source 3 E ’ ’ 61F-GjP Pushbutton switch PS-3S 1 ...
Page 28
... E4, press the pushbutton switch to start the pump by short-circuiting E3 and E4. • If the pump stops upon release of the pushbutton switch, keep pressing the pushbutton switch. Alarm B 61F-G1P Transformer U Control circuit Control circuit 2 200 Pushbutton switch * PS-4S Water tank Water supply source 61F-GjP ...
Page 29
... The pump starts when the water level reaches E1 and stops when the water level drops below E2. • If the water level reaches E4 for any reason, the alarm sounds. Alarm B 61F-G2P Transformer Control circuit Control circuit 200 Reservoir PS-4S Water supply source 61F-GjP ...
Page 30
... The pump starts when the water level reaches E2, and stops when the water level rises to E1. • If the water level reaches E4 for any reason, the alarm sounds. B Alarm 61F-G2P Control circuit 24 V Control circuit 24 V 200 Water tank PS- Reservoir 61F-GjP ...
Page 31
... ON. • When the water level rises to E1, the upper-limit indicator turns ON and the alarm sounds. Alarm 61F- Transformer U Control circuit Control 24 V circuit U 2 200 Water tank E Water supply source 2 3 61F-IPj PS-3S Upper alarm Intermediate Lower alarm ...
Page 32
... Life expectancy Electrical: Mechanical: 5,000,000 operations min. Note: 1. Use 61F-UHS for detecting water leakage with high specific resistance. Connect a sensor cable (page 69) between terminals 1 and 7. 2. Two Electrodes can be connected to the 61F-HSL. Use them for an alarm, not for creating a self-holding circuit. ...
Page 33
... Water Drainage • Operation: When the water level reaches E1, the pump starts and, when the water level reaches E2 or below, the pump stops. • Connection: Connect the contactor coil terminal to terminal 3 of the plug-in model. (Terminal 2 is not used.) 61F-UHS Control circuit ...
Page 34
... Solid-state Alternate Operation Relay When operating two pumps alternately for controlling the one-point liquid level, use the Relay in combination with 61F Controller. 61F-APN2 Compact Plug-in Model Specifications Ratings Supply voltage 100, 110, 200, 220 VAC; 50/60 Hz Operating voltage range ...
Page 35
... Connect the output terminal Ta of the 61F-Gj to input terminal 2 of the 61F-APN2. Connection Connect the contactor coil terminal A to the switching contact terminals 3 and 4 of the 61F-APN2. Operation of the two pumps can be displayed using the switching contact terminals 5 and 6 of the 61F-APN2. Output contact between 1 and 3 and 6 and 8 ...
Page 36
... Connections At 200 VAC Water Supply (When Combined with 61F-G) The relay operation can be monitored if indicators are connected as shown by the dotted line. To power source T 200-VAC power source 61F-APN2 MCCB Contactor 1 THR Water supply resource P1 M1 *Be sure to ground terminal E3. Note: When controlling drainage, change the connections as shown by dotted lines in the following illustration. ...
Page 37
... MCCB Electronic circuit 7 8 Contactor 1 THR Water supply source P1 M1 *Be sure to ground terminal E3. Note: The 61F- used only for supplying water and cannot be used for alternate operation for controlling drainage. 61F-G1 61F- Relay Unit 4 3 100 V 61F- Relay Unit 200 V ...
Page 38
... Water Drainage (When Combined with 61F-G2) The relay operation can be monitored if indicators are connected as shown by the dotted line. To power source T 200-VAC power source 61F-APN2 6 5 MCCB 7 8 Contactor 1 THR Water supply source P1 M1 *Be sure to ground terminal E3. Note: When supplying water, change the two connections as shown by dotted lines in the following illustration. ...
Page 39
... Water Supply (When Combined with 61F-G3) The relay operation can be monitored if indicators are connected as shown by the dotted line. To power source T 200-VAC power source 61F-APN2 6 MCCB 7 Contactor 1 THR Water supply source P1 M1 *Be sure to ground terminal E3. Note: When discharging water, change the two connections as shown by dotted lines in the following illustration. ...
Page 40
... MCCB Electronic circuit Contactor 1 THR Water supply source P1 M1 *Be sure to ground terminal E3. Note: The 61F- used only for supplying water and cannot be used alternately for controlling drainage. 61F- 61F- Relay Unit 100 V 61F- Relay Unit 200 V 61F- Relay Unit U 2 MK3P ...
Page 41
... At 220 VAC Water Supply (When Combined with 61F-G1P) For example, operation indication is possible by the connection as shown by the dotted line. Power source 220 VAC 61F-APN2 Knife switch Electronic circuit Electromagnetic switch 1 THR THR Water supply source P1 M1 *Be sure to ground terminal 15. ...
Page 42
... Water Supply (When Combined with 61F-GP-N) For example, operation indication is possible by the connection as shown by the dotted line. Power source 220-VAC 61F-APN 6 Knife switch 7 A Electromagnetic switch 1 THR Water supply source P1 M1 *Be sure to ground terminal 4. 61F-GP Electronic 220 V circuit Electromagnetic switch 2 ...
Page 43
... Water Drainage (When Combined with 61F-G2P) For example, operation indication is possible by the connection as shown by the dotted line. Power source 220-VAC 61F-ANP2 Knife switch Electronic circuit Electromagnetic switch 1 THR THR Water supply source P1 M1 *Be sure to ground terminal 15 220 Electromag- netic switch 2 ...
Page 44
... Surge Suppressor Unit A high-capacity protective device is available which protects 61F-series Floatless Level Controllers against faults arising from electrical surges (such as indirect strokes of lightning) when the Controllers are employed in elevated water tanks or in high-altitude locations. Specifications Discharge start voltage 90 V ±20 VDC Impulse withstand voltage 200,000 µ ...
Page 45
... With chloroprene cord: --30°C to 70°C (without frost formation) Hastelloy SUS titanium BS-1T PH-1 --- --- 61F When secure installation is required. For sewage, city water and other general use. 3-, 4-, and 5-pole models are available. In outdoor or dusty locations, or locations subject to water splashes, adherence of ...
Page 46
... SUS316 F03-01 3 lines F03-02 B HASB HASB F03-01 4 lines F03-02 C HASC HASC F03-01 5 lines F03-02 T CHITAN CHITAN Lock nut Spring washer Model Inscrip- Model tion tion F03-03 --- F03-04 SUS201 SUS201 F03-03 316 F03-04 SUS316 SUS316 F03-03 B --- HASB F03-03 C --- HASC F03-03 T --- CHITAN 61F ...
Page 47
... PS-3S, PS-4S, PS-5S, BF-3, BF-4, BF-5 • Ambient operating temperature: --10°C to 60°C (with no icing) • The Electrode Band cannot be used in flowing water, liquids over 60°C, or liquids which corrode PVC or stainless steel. Application Example Approx. 180 g 61F Electrode Band connecting nut Weight Electrode Band End cap ...
Page 48
... Connect the leads, inserted through the hole of the rubber bushing, into the respective terminals. Electrode section housing Rubber bushing Electrode Lock nut 61F F03-13 Mounting Frame for installing in concrete Useful frame for burying in concrete. Cut as required based on the concrete depth. 115 dia 100 ...
Page 49
... Using the F03- flange 2. For tanks with thick metal walls 1. Fabricate screw threads of the same size as for the PS-jS in the tank 3. For concrete tanks PS-jS F03-12 PS-jS F03-12 Tank Screw (attached to F03-12) PS-jS Tank PS-jS F03-12 F03-13 Concrete 61F Electrode Electrode Electrode Electrode ...
Page 50
... Spring washer 1. PH-2 E2 (white (black) (white) Control range 5 mm 61F Electrode Lock nut 2. Fit each Electrode into the connecting nut so that the Spring washer ends of the two respective Electrodes contact with one Connecting nut another at the center of the connecting nut. 3. ...
Page 51
... Weight if this distance is more than 50 E2 (medium) cm. Insulation Cap E3 (long) End cap 61F Mounting Weight(1) To mount an Electrode Band Weight on an Electrode Band, firmly tighten the two screws The needle screws will come into contact with the electrode wire (conductor) allowing the Electrode Band Weight to become an electrode plate ...
Page 52
... Note: All units are in millimeters unless otherwise indicated. Standard Models 61F-G 61F-G1 61F-G2 61F-I Four, 6-dia holes Mounting the Protective Cover on the BF-series Electrode Holder (BF-3/4/5) Remove the two mounting screws (M5 x 25) of the BF-series Elec- trode Holder and attach the two cap screws (M5 x 25) supplied with the F03-11 Protective Cover ...
Page 53
... Four, 6-dia holes 61F-G4 Four, 6-dia holes Plug-in Models 61F-GP-N 61F-GP-N8 M3 screw Mounting Holes Four, 6-dia mounting holes Mounting Holes M3 screw Four, 6-dia mounting holes 61F- GP-N PF113A-E 61F- GP-N8 PF083A-E 61F 91 ...
Page 54
... Ultra High-sensitivity Models 61F-UHS 61F-HSL Solid-state Alternate Operation Relay 61F-APN2 Surge Suppressor Unit 61F-03B 61F-04B 61F 61F-G1P 61F-G2P 61F-IP 14PFA 8PFA1 8PFA 61F- APN2 PF083A-E 61F-03B 61F-04B PF0113A-E ...
Page 55
... PF2 parallel thread (effective dia.: 58.135) 9-dia. rubber bushing (inner) Note: The PS-3SR, PS-4SR, and PS-5SR have built-in resistor of 6.8 kΩ and used for the two-wire 61F models. PS-31 Weight: approx. 325 g Electrode SUS304 F03-31 Dust-preventive rubber cap (optional) Weight: approx ...
Page 56
... SUS316 Titanium Hastelloy B Hastelloy C M4 nut Width between SUS304 flats: 20.5 SUS316 Titanium Approx Approx 61F Mounting Holes 64-dia. hole Two, 6-dia. holes Mounting Holes Two, 6-dia. holes Mounting Holes Two, 6-dia. holes Mounting Holes 24 dia. M18 P=1.5 (fine screw thread) Mounting Holes Two, M4∗ ...
Page 57
... F03-14 3P for three poles Three, 7 dia Weight: Approx Black printing Outer sheath: PVC (1 mm wide) Core: SUS304, 0.3 dia twisted 5 dia. 61F Two, 6-dia. holes PVC resin (black) Two-core cable F03-14 5P for five poles Five, 7 dia Weight: Approx F03-06 Electrode Band Connecting Nut (SUS304) 5 ...
Page 58
... Connecting Sockets Available Models Model No. of Controller Unit 61F-UHS 61F-HSL 61F-APN2 61F-G1P 61F-G2P 61F-IP 61F-GP-N 61F-GPN-V50 61F-GP-N8 61F-03B 61F-04B Track-mounted Sockets PF083A-E Eight, M3 sems screws 52 max. 41 max. 8PFA Eight, M3 sems screws 81 max. 51 max. 8PFA1 Eight, M3 sems screws 93 max. 51 max. Track-mounted Socket ...
Page 59
... Two, 2-dia. holes Two, 3.5-dia Socket 30 dia. Approx. 20.5 Terminal Arrangement/ Internal Connections (Top View) Two, 2-dia. holes Approx. 20.5 61F Mounting Holes Two 4.5 dia mounting holes Mounting Holes Two 4.5-dia. holes Mounting Holes Two, 3.5-dia Controller Unit mounting holes mounting holes 31 dia ...
Page 60
... PL15 66 max. Terminal Arrangement/ Internal Connections (Top View) 16 max. Two 2-dia. holes 41 max. 22 max. 45 max. 61F Mounting Holes Two, 3.5 dia Controller Unit mounting holes Two, 3.5-dia Socket mounting holes ...
Page 61
... Mounting Brackets When the 61F-G1P/-G2P/-IP/-UHS/-HSL is mounted with a Track-mounted Socket, the Controller is held secure by Mounting Brackets at- tached to the Socket. 61F-GP-N To mount the 61F-GP-N or 61F-GPN-V50 on the PF113A-E Track- mounted Socket, use the PFC-N8 Mounting Brackets attached to the Socket as accessories. ...
Page 62
... DIN Track PFP-100N2 (see note 2) Note: 1. The PFP-100N both ends, while the PFP50N one end and the other end. 2. Indicates total DIN Track length PFP-100N 50 cm: PFP-50N 1 m: PFP-100N2 End Plate PFP Round head screw M4 spring washer Spacer PFP-S 61F ...
Page 63
... Prevents Burnouts in Motors and Pumps Connection Example (When Combined with 61F-G) Power source Model SET-3 current converter + -- Static relay for protection of motors and pumps against problems due to overload, open phase, reverse phase, etc. Applicable to all 61F-series Controllers except for 61F-I (indicator model). 61F-G Ta Transformer 61F-11N ...
Page 64
... Refer to the resistivity values listed for water and other liquids in Table 1 and Table 3 when selecting the unit specification. The resistivity range detectable by the 61F is shown in Table 2. Refer to the information on the units and the fluid to be controlled when selecting the appropriate model. ...
Page 65
... Avoid connection to a power supply with a voltage fluctuation great- er than or equal to +10% or --15%. Consider the Ambient Temperature Do not install the 61F where it may be exposed to a temperature of 55°C or more and a humidity of 85% or more. In particular, install the 61F away from heat-generating equipment incorporating coils or windings ...
Page 66
... Cautions on Electrodes Be sure to disconnect the 61F before conducting a insulation test on the Electrode circuit for inspection purposes. When cutting an Electrode, be sure to chamfer cut surfaces of the electrode. Maintain a Clearance Between Electrodes Maintain sufficient clearance (normally 1 m) between Electrodes in sea water or contaminated water. Use the 61F-jD (or -jND) low- sensitivity models if this clearance is difficult to maintain ...
Page 67
... Refer to the connection diagrams (internal wiring diagrams) and short the 61F ground terminal to the operating termi- nal of each Relay Unit. Check the operation of the relay output con- tacts with a tester. With the 61F-11 models, the indicator will be lit when the Relay Unit operates. 61F ...
Page 68
... Test switch Ambient temperature Note: 1. For detecting leakage of water with high resistivity, use 61F-UHS or 61F-HSL ultra high-sensitivity models. (Refer to page 32.) 2. The Detector may not operate around the setting value of “0.” Adjust the sensitivity depending on the actual application. When ordering, to complete the part number, be sure to specify the desired operating voltage ...
Page 69
... Operation Internal Circuit 61F-GPN-V50 Water Leak Detector AC power source Operating Principle When the two conductive cores of the Sensor Cable are contacted by a liquid, a weak alternating current (as small max.) flows across the cores. This current is amplified to operate a relay. In practice, leakage will be detected if water drops are present be- tween the core wire and the Electrode (F03-15 Sensor Cable) or de- tecting section (F03-16 Sensor Cable) ...
Page 70
... Dimensions Note: All units are in millimeters unless otherwise indicated. 61F-WLA Water Leak Alarm 61F-GPN-V50 Water Leak Detector Accessories (Order Separately) Connecting Sockets (for 61F-GPN-V50 Water Leak Detector) PF113A-E Track-mounted Socket Eleven, M3 sems screws 52 max. PL11 Back-connecting Socket 51 max. 35 max. ...
Page 71
... Wiring distance of the Sensor Cable varies depending on the water quality. When using IV cables, wire the Sensor Cable to the length specified in the following table. (6) Mount the 61F-WLA Water Leak Alarm/Detector on a sturdy wall surface which is not subjected to vibration or shock. Do not use double-sided adhesive tape, otherwise, the Detector may detach when the adhesive tape deteriorates due to aging ...
Page 72
... OMRON ELECTRONICS LLC One East Commerce Drive Schaumburg, IL 60173 1-800-55-OMRON Cat. No. F030-E1-8 OMRON ON- -LINE Global -- http://www.omron.com USA -- http://www.omron.com/oei Canada -- http://www.omron.com/oci Specifications subect to change without notice 61F-WLA/-GPN-V50 OMRON CANADA, INC. 885 Milner Avenue Toronto, Ontario M1B 5V8 416-286-6465 Printed in U.S.A. ...