OHIO SEMITRONICS Search Results

3VT-3940E

Abstract: Ohio Semitronics BY352
Contextual Info: Ohio Semitronics, Inc. Catalog Submetering On-Line Shopping Customer Support Custom Products OSI Sales Partners Part Number 3VT-3940E PDF File pdf/3AVT.PDF Description The Model 3VT three phase voltage transducer was designed for applications requiring inexpensive three phase voltage measurements. The Model 3VT has

CTG-102EES

Abstract: CTG-252FSX5 CTG-152EESX5 CTG-252 PS-4753 CTG4 ctg-152Hs
Contextual Info: OSI HALL-EFFECT CURRENT transducer DESCRIPTION MODEL Current Sensor with Output Amplifier 5Vdc or 10Vdc Outputs CTG- The CTG Current Transducer is a Hall-effect sensor integrated with an output amplifier. The CTG series offers a number of current ranges, outputs and sensor dimensions. Hall-effect current measurement is a non-contact technique

circuit diagram for split air conditioner

Abstract: 7n93 202HT 2000A current sensors circuit diagram of split air conditioner circuit diagram air conditioner split
Contextual Info: OSI HALL-EFFECT CURRENT SENSORS CTl- MODEL RECTANGULAR WINDOW BUS BAR MODELS CURRENT RANGE MODEL NUMBER TYPICAL SENSOR OUTPUT SIZE 0 to 500A CTL-202HS/500 50mV Z 0 to 1000A CTL-202HS/1000 100mV Z 0 to 1000A CTL-202ZZS/1000 100mV ZZ 0 to 1500A CTL-202HS/1500

CTL-202/2000

Contextual Info: OSI HALL-EFFECT CURRENT SENSORS MODEL CTl- CIRCULAR WINDOW MODELS CURRENT RANGE 0 to 35A 0 to 50A 0 to 50A 0 to 75A 0 to 100A 0 to 150A 0 to 200A 0 to 300A 0 to 400A 0 to 500A 0 to 600A 0 to 800A 0 to 1000A 0 to 1500A 0 to 2000A MODEL NUMBER CTL-51/35 CTL-51/50

circuit diagram for split air conditioner

Abstract: 1000A current sensors circuit diagram of split air conditioner
Contextual Info: OSI HALL-EFFECT CURRENT SENSORS CTl- MODEL CIRCULAR WINDOW MODELS CURRENT RANGE MODEL NUMBER TYPICAL SENSOR OUTPUT SIZE 0 to 500A CTL-601FS/500 40mV F 0 to 600A CTL-601FS/600 50mV F 0 to 800A CTL-202FS/800 40mV F 0 to 1000A CTL-202FS/1000 50mV F 0 to 1000A

circuit diagram of split air conditioner

Abstract: circuit diagram for split air conditioner diagram of split air conditioner 7n93 ctl-51 CTL-401 circuit diagram air conditioner split CTL-202/2000
Contextual Info: OSI HALL-EFFECT CURRENT SENSORS MODEL CTL- CIRCULAR WINDOW MODELS CURRENT MODEL NOMINAL SENSOR RANGE NUMBER OUTPUT SIZE 0 to 35A CTL-51/35 35mV A 0 to 50A CTL-51/50 50mV A 0 to 50A CTL-101/50 * 50mV C 0 to 75A CTL-101/75 * 75mV C 0 to 100A CTL-101/100 * 100mV

circuit diagram of split air conditioner

Abstract: circuit diagram for split air conditioner CTL-103
Contextual Info: OSI HALL-EFFECT CURRENT SENSORS MODEL CTl- RECTANGULAR WINDOW BUS BAR MODELS CURRENT RANGE MODEL NUMBER TYPICAL SENSOR OUTPUT SIZE 0 to 2500A CTL-502/2500 75mV G 0 to 3000A CTL-502/3000 90mV G 0 to 4000A CTL-502/4000 120mV G 0 to 5000A CTL-502/5000 150mV

7n93

Abstract: 4000A hall effect current sensor Ohio Semitronics PER 215P 202HT 214h ac current hall sensor signal conditioner CTL-302EES 213H ctl-51
Contextual Info: HALL EFFECT CURRENT SENSORS CTL- MODEL RECTANGULAR WINDOW BUS BAR MODELS CURRENT RANGE to to to to to to to to to to to to to to 500A 1000A 1000A 1500A 1500A 2000A 2000A 2000A 2500A 2500A 3000A 3000A 4000A 5000A MODEL NUMBER TYPICAL OUTPUT CTL-202H/500 CTL-202H/1000

007B

Abstract: Ohio Semitronics 001B 004B 008B watt transducer 005X5
Contextual Info: AC WATT TRANSDUCER MODEL DW5- DIN RAIL MOUNTED AC WATT TRANSDUCER DESCRIPTION The Model DW5 provides power measurement to within +0.5% of reading accuracy in single or polyphase systems. The electrically isolated dc output is proportional to the instantaneous power averaged over several cycles. The DW5

Rogowski Coil design

Abstract: Rogowski rogowski coil measurement Rogowski Coil rogowski coil applications MFC150
Contextual Info: OSI FLEXIBLE ROGOWSKI COILS MFC150 SERIES DESCRIPTION MFC150 Series flexible current transducers operate based on the Rogowski principle and are particularly well suited for measurement in combination with portable devices. These coils are available in different sizes and can be supplied according to customer’s design. Due to

"silicon steel"

Contextual Info: OSI FLEXIBLE SPLIT-CORE CURRENT TRANSFORMERS DESCRIPTION PROVIDE SAFE CONVENIENT INSTALLATION FEATURES The OSI flexible split-core current transformers provide the lowest cost installation available. The transformers are made of a silicon steel core which allows the units to actually be split

"silicon steel"

Contextual Info: FLEXIBLE SPLIT-CORE CURRENT TRANSFORMERS PROVIDES SAFE CONVENIENT INSTALLATION DESCRIPTION FEATURES The OSI flexible split-core current transformers provide the lowest cost installation available. The transformers are made of a silicon steel core which allows the units to actually be split

"silicon steel"

Contextual Info: flexible split-core CURRENT TRANSformers PROVIDE SAFE CONVENIENT INSTALLATION FEATURES DESCRIPTION The OSI flexible split-core current transformers provide the lowest cost installation available. The transformers are made of a silicon steel core which allows the units to actually be split

"silicon steel"

Contextual Info: OSI FLEXIBLE SPLIT-CORE CURRENT TRANSFORMERS DESCRIPTION PROVIDE SAFE CONVENIENT INSTALLATION FEATURES The OSI flexible split-core current transformers provide the lowest cost installation available. The transformers are made of a silicon steel core which allows the units to actually be split

Contextual Info: LOW COST CURRENT TRANSFORMERS FREQUENCY RANGE 50-400 HERTZ FEATURES APPLICATIONS • Manufactured to meet requirements of UL1244 and revisions. • For use with OSI PC5 series and model W series watt/watthour transducers. • All models on this page U.L. recognized file number E134271.

Ohio Semitronics Transformer PC5

Contextual Info: low-cost CURRENT TRANSformers FREQUENCY RANGE 50-400 HERTZ FEATURES APPLICATIONS • Manufactured to meet requirements of UL1244 and revisions. • For use with OSI PC5 series and model W series Watt/Watthour transducers. • All models on this page U.L. recognized - file

13483

Abstract: CURRENT transformers C100
Contextual Info: OSI metering-class CURRENT TRANSformers ACCURATE TO 0.3% DESCRIPTION The UL-Recognized metering-class current transformers provide the most accurate method of measuring AC current available. These transformers are typically used with AGW, GW5, GV5 and GH series Watt\Watthour and

ammeters with burden

Contextual Info: OSI LOW COST CURRENT TRANSFORMERS FEATURES FREQUENCY RANGE 50-400 HERTZ APPLICATIONS • Manufactured to meet requirements of UL 1244 and revisions • For use with OSI PC5 series and model W series Watt/Watthour transducers. • All models on this page UL recognized - file

CTF-500T

Abstract: Ohio Semitronics
Contextual Info: OSI HALL EFFECT CURRENT SENSOR Model 5 YEA R ANTY WARR 0.1% Linearity DESCRIPTION The CTF and CTFB current sensors are closedloop, highly-precise electronic sensors designed for ac, dc, pulse and variable-frequency drives. The output is directly proportional to the input and the

06kV

Contextual Info: LOW COST CURRENT TRANSFORMERS FREQUENCY RANGE 50-400 HERTZ FEATURES APPLICATIONS • Manufactured to meet requirements of UL1244 and revisions. • For use with OSI PC5 series and model W series watt/watthour transducers. • All models on this page U.L. recognized file number E134271.

Contextual Info: OSI LOW COST CURRENT TRANSFORMERS FEATURES FREQUENCY RANGE 50-400 HERTZ APPLICATIONS • Manufactured to meet requirements of UL 1244 and revisions • For use with OSI PC5 series and model W series Watt/Watthour transducers. • All models on this page UL recognized - file

200a1

Contextual Info: OSI SPLIT-CORE CURRENT TRANSFORMERS UL Now with n io Reco gnit FEATURES • • • LOW COST 0.5% Linearity Split-core AC Outputs 0.1A,1A, 5A, 0.333V, 1V, 5V INPUT AC AMPS 0-50 0-100 0-200 0-100 0-200 0-300 0-400 0-500 0-600 0-800 0-800 0-1000 0-1200 0-1200

a 13483

Contextual Info: metering-class CURRENT TRANSformers ACCURATE TO 0.3% DESCRIPTION FEATURES The UL-Recognized metering-class current transformers provide the most accurate method of measuring AC current available. These transformers are typically used with AGW, GW5, GV5 and GH series Watt\Watthour and

55OCAMBIENT

Abstract: 12321 a 13483
Contextual Info: METERING CLASS CURRENT TRANSFORMERS ACCURATE TO 0.3% DESCRIPTION FEATURES The UL Recognized metering class current transformers provide the most accurate method of measuring ac current available. These transformers are typically used with AGW, GW5, GV5 and GH series Watt\Watthour,