Our GUTS simply snap into existing Grasslin or Intermatic enclosures 40 Amp. ET 616 ELECTRONIC COUNTDOWN TIMER Electronic version of the manual countdown timer. Automatic Transfer Switch And Control PLC Operator s Manual. Telefon (+45) 43 43 82 00 Telefax (+45) 43 43 74 75 mail@uni-valve.com.

Anonymous • SOURCE: Digi 20E-120 is 16Amp 120Volt flush mount digital timer with 20 or 140 programs per week. Grasslin Digi (digi tal/ digital) can be reset using reset button. Reset might restore functionality, but will delete all programming. Check that circuit is delivering 120Volt and that circuit is clean without interference. Also check electrical terminals fit tight on the timer. Use needle nose pliers and pull terminals off and then push back. The digi series has 5-day program back-up capacitor so programs should remain, but capacitors go bad.

Power surge can blow out timers. Use surge protection on all circuits.

There are a many Digi timers from years of manufacture by GE and now Intermatic, since Intermatic bought Grasslin from GE. The digi can be replaced with simple-to--program FM1D digital timer. Replacement crossover is FM1D20E-120 Open following link for FM1D manual and Digi manual Upvote the help. And take advantage of fixya expert assistance live. For a price, expert works with you while you work on timer or any do-it-yourself project. Fixya is always less expensive than a service call.

The development of chemical exchange saturation transfer (CEST) and magnetization transfer (MT) contrast in MRI have enabled the enhanced detection of metabolites and biomarkers in vivo. In brain MRI, the separation between CEST and MT contrast has been particularly difficult due to overlaps in the frequency responses of the contrast mechanisms. We demonstrate here that MT and CEST contrast can be separated in the brain by the so-called uniform-MT (uMT) technique, thus opening the door to addressing long-standing ambiguities in this field.

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These methods could be useful for keeping track of important endogenous metabolites and for providing an improved understanding of neurological and neurodegenerative disorders. Examples are shown from white and gray matter regions in healthy volunteers and patients with multiple sclerosis, which demonstrated that the MT effects in the brain were asymmetric and that the uMT method could make them uniform. Introduction Magnetic resonance imaging (MRI) offers a number of contrast mechanisms to noninvasively visualize the anatomical structures, physiological conditions, and functional activities of the human body.

Saturation transfer (ST) provides a family of powerful and flexible contrast mechanisms, including magnetization transfer (MT) () and chemical exchange saturation transfer (CEST) (van Zijl and Yadav, 1022;;; ), to probe biomarkers, physiologically active molecules, and macromolecules in tissues and organs. Since the ST family shares a common practical procedure, in which off-resonance pre-saturation irradiation modulates the MRI signal (), those contrast mechanisms often interfere with one another, while their differentiation is highly important. For example, CEST contrast is usually produced when the pre-saturation irradiation is applied around a specific frequency offset, while MT contrast can be achieved over a broader range of frequency offsets. MT is also known to exhibit asymmetries with respect to the water resonance, which often prevents a conventional symmetry analysis from disentagling it from CEST contrast. Recently, it has been demonstrated that certain MT effects can be made uniform and that it is possible to separate such MT effects from the estimation of CEST effects (; ).