Hammond Manufacturing

Features 20 output voltages to choose from (5 - 120VAC R.M.S.) Six VA size models available from - .5 to 24 VA Vertical mount, split bobbin design. 1.2, 4.4, 10, 24 VA models are non-concentric wound. 0.5 and 1 VA are both concentric wound. Low...

Features 20 output voltages to choose from (5 - 120VAC R.M.S.) Six VA size models available from - .5 to 24 VA Vertical mount, split bobbin design. 1.2, 4.4, 10, 24 VA models are non-concentric wound. 0.5 and 1 VA are both concentric wound. Low...

Features 20 output voltages to choose from (5 - 120VAC R.M.S.) Six VA size models available from - .5 to 24 VA Vertical mount, split bobbin design. 1.2, 4.4, 10, 24 VA models are non-concentric wound. 0.5 and 1 VA are both concentric wound. Low...

Features NEW & improved version of our 1608-1650 Series multiple secondary output transformers (re-designed secondaries for easy hook-up of secondary loads). Designed for push-pull tube output circuits. Units are designed to provide ample...

Features NEW & improved version of our 1608-1650 Series multiple secondary output transformers (re-designed secondaries for easy hook-up of secondary loads). Designed for push-pull tube output circuits. Units are designed to provide ample...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features Economical "open bracket" - channel mount. Tolerance of 15% on both inductance & resistance. Inductances measured at rated D.C. current. Minimum 5" long leads. Units will exhibit less inductance at slightly higher currents or more...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Low profile - ergonomically designed for a comfortable fit into the user’s hands. Perfect for instrument or mobile data enclosures requiring a touch screen. Choice of three size.  All available with or without battery compartment. Molded...

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...

SpecificationsPackaging Typeshrink wrapMaterialABS PlasticColorBlackFlame RatingUL94 V-0IP RatingIP54Product CategoryEnclosuresTypeHand held, EMI/ RFI, batteryMax. P.C. Board Length (mm)72Max. P.C. Board Width (mm)129Drawing SheetDownload Drawing Sheet

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...

Features: Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).  Attractively styled and ergonomically designed for use as a "hand-held" instrument enclosure. Molded from a...